ICCC
ICCC RESEARCH LIBRARY

Research Library

Knowledge Tree ↗ Prototype⌖ Research Map ↗

Explore publications linked to ICCC researchers, open the original source, and use “Start here” to plan your first research step.

353 unique publication records
Research with AI Tools ↗

This library combines the founder’s publication list and member records; it is not a complete bibliography. “With Professor Zohdy” uses the available author names. Topic labels are based on title keywords.

2025 · Transactions on Engineering and Computing Sciences, 13(01), 67–86

Enhance Parameter Identification Accuracy for State-of-Charge Optimization in Lithium-Ion Batteries

Ashraf A. Shanaq, Mohamad A. Zohdy

Energy & PowerOptimization & Systems
Plain-language summary

This study combines battery modeling, hybrid optimization and adaptive parameter identification to improve estimates of how much charge remains in lithium-ion batteries. The authors report lower estimation errors than the comparison methods under the conditions studied.

Summary based on the publisher’s abstract; not a full-paper review.

View publication ↗
ICCC researcher profile: Ashraf Shanaq
Start here · New researcher guide

Suggested first step: Read the model and parameter-identification method, then identify the datasets, baseline methods and error measures needed to reproduce one comparison. Check newer literature before proposing an extension.

Future work named in the abstract: Computational optimization, scalability and applicability across different battery chemistries.

ICCC reading suggestion based on the abstract; feasibility and reproducibility have not been verified.

2010 · 2010 53rd IEEE International Midwest Symposium on Circuits and Systems

Sampling Spiking Neural Network electronic nose on a tiny-chip

Hoda S. Abdel-Aty-Zohdy, Jacob N. Allen

Hoda · without Mohamed Zohdy
Plain-language summary

This paper explores a small electronic system that uses a brain-inspired neural network to process signals from smell sensors.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profile: Professor Hoda S. Abdel-Aty-Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2016 · 2016 IEEE National Aerospace and Electronics Conference (NAECON) and Ohio Innovation Summit (OIS)

Dimensions in the Bat algorithm with adaptive position update (APU-BA) for short Fiber Bragg grating optimal design

Ahmed Al-Muraeb, Hoda Abdel-Aty-Zohdy

Hoda · without Mohamed Zohdy
Plain-language summary

This paper explores a bat-inspired search algorithm for designing short optical-fibre gratings, components that selectively reflect particular wavelengths of light.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profile: Professor Hoda S. Abdel-Aty-Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2026 · Oakland University doctoral dissertation

Resilience Enhancement of Post-Disaster Power Distribution Systems Using Deep Reinforcement Learning

Raed Alotaibi

AI & Machine LearningEnergy & Power
Plain-language summary

This dissertation explores using learning-based decision-making to help electricity distribution networks cope with damage and recover after disasters.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Raed Alotaibi
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2026 · Oakland University doctoral dissertation

Multi-Domain Machine Learning for Predictive Electric Vehicle Charging Management: A Framework Integrating Behavioral, Infrastructure, and Market Data

Hanan Haddad Thwany

AI & Machine LearningEnergy & Power
Plain-language summary

This paper explores predicting electric-vehicle charging by combining information about user behaviour, charging infrastructure and energy markets.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Hanan Haddad Thwany
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2026 · Vehicles

Multi-Domain Machine Learning Framework for Electric Vehicle Charging Prediction

Hanan Haddad Thwany, Muhammad Alolaiwy, Mohamed Zohdy

AI & Machine LearningEnergy & Power
Plain-language summary

This paper explores combining information from several areas to predict electric-vehicle charging needs using machine learning.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2026 · International Mechanical Engineering Congress and Exposition IMECE2026 … , 2026

MULTI-SEGMENT IMU SIGNAL ANALYSIS AND EVALUATION IN POSTURAL STABILITY FOR OLDER ADULTS

TCL Milan Kadari , Abuelgasim Mohamed , Fardeen Mazumder,Sarah Conklin,Linda ...

Signals & Communications
Plain-language summary

This paper examines signals from motion sensors on several body segments to study balance and standing stability in older adults.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Fardeen Mazumder
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2026 · Scientific Reports

Federated multi-modal data fusion for enhanced state of health forecasting in battery electric vehicle fleets incorporating vehicle-to-grid operations

Fares Suliaman Alromithy, Abdulrahman Almazroui, Rakan Almazmomi, Alaa Fouad Momena, Bader Alfardan, Ehab S. Ali, Naif Alsaadi

Energy & PowerHealth & Biomedical
Plain-language summary

This paper explores predicting battery condition across electric-vehicle fleets by combining different data types and learning across distributed datasets. It also considers vehicles exchanging power with the electricity grid.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Fares Suliaman Alromithy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2026 · Oakland University doctoral dissertation

Decision Support System for Resilience-Sustainable Supplier Selection Using Machine Learning

Ibrahim Albariqi

AI & Machine Learning
Plain-language summary

This paper explores using machine learning to support supplier choices that consider both sustainability and the ability to withstand disruptions.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ibrahim Albariqi
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · ASME International Mechanical Engineering Congress and Exposition 89381 … , 2025

Validation of Particle Velocities in Solid-Liquid Multiphase Flow Using PIV and CFD

F Mazumder, MS Hossain, Q Mazumder, M Sheikh

Other Research
Plain-language summary

This paper examines particle movement in a mixture of solids and liquid, comparing measurements from images with computer simulations of fluid flow.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Fardeen Mazumder
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · Communications in Computer and Information Science

The Ethical Risks and Challenges in Big Data

Dafer Alali, Mohammed Mahmoud, Surah Al Dakhl, Mohamed Zohdy

Other Research
Plain-language summary

This paper addresses ethical questions raised by collecting and using large datasets, including the risks involved in how information is handled.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Dafer Alali Dr. Surah Aldakhl
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · Communications in Computer and Information Science

The Ethical Risks and Challenges in Big Data

Dafer Alali, Mohammed Mahmoud, Surah Al Dakhl, Mohamed Zohdy

Other Research
Plain-language summary

This paper addresses ethical questions raised by collecting and using large datasets, including the risks involved in how information is handled.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · Oakland University doctoral dissertation

Severity Grading and Early Detection of Alzheimer’s Disease Through Transfer Learning

Saeed Alqahtani

AI & Machine Learning
Plain-language summary

This paper explores adapting a previously trained machine-learning model to detect Alzheimer’s disease and assess its severity.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Saeed Alqahtani
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · Journal of Engineering and Science in Medical Diagnostics and Therapy 8 (1 … , 2025

Reliability Test of Mobile-Embedded Accelerometers and Gyroscopes With the Goal of Measuring Postural Stability for People With Parkinson's Disease

M Thelen, A Meeker, F Mazumder, M Tabbah, L Zhu, C Tang, NS Miller

Other Research
Plain-language summary

This paper examines whether motion sensors built into mobile devices can provide reliable measurements for studying balance in people with Parkinson’s disease.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Fardeen Mazumder
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · International Journal of Development Research

Optimizing Distributed Energy resource Integration using deep reinforcement learning for Post-Disaster Recovery

Raed Alotaibi, Mohamed A. Zohdy

AI & Machine LearningEnergy & Power
Plain-language summary

This paper explores learning-based decisions about local energy resources to support power-system recovery after disasters.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Raed Alotaibi
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · International Journal of Development Research

Optimizing Distributed Energy resource Integration using deep reinforcement learning for Post-Disaster Recovery

Raed Alotaibi, Mohamed A. Zohdy

AI & Machine LearningEnergy & Power
Plain-language summary

This paper explores learning-based decisions about local energy resources to support power-system recovery after disasters.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · Geography, Earth Science and Environment: Research Highlights Vol. 8

Forecasting Geothermal Installation Capacity Worldwide to 2030: Application of an Improved Grey Prediction Model to the Top 10 User Countries

Khaled Salhein, C. J. Kobus, Mohamed Zohdy

AI & Machine Learning
Plain-language summary

The stated focus of this paper is forecasting Geothermal Installation Capacity Worldwide to 2030: Application of an Improved Grey Prediction Model to the Top 10 User Countries. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Khalid Salheen
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · Geography, Earth Science and Environment: Research Highlights Vol. 8

Forecasting Geothermal Installation Capacity Worldwide to 2030: Application of an Improved Grey Prediction Model to the Top 10 User Countries

Khaled Salhein, C. J. Kobus, Mohamed Zohdy

AI & Machine Learning
Plain-language summary

The stated focus of this paper is forecasting Geothermal Installation Capacity Worldwide to 2030: Application of an Improved Grey Prediction Model to the Top 10 User Countries. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · ASME International Mechanical Engineering Congress and Exposition 89350 … , 2025

Fall Risk Analysis With a Machine Learning Model on Smartphone-Collected Motion Signals

F Mazumder, A Mohamed, L Zhu, C Larson, J Liao, C Tang, NS Miller

AI & Machine LearningSignals & Communications
Plain-language summary

The stated focus of this paper is fall Risk Analysis With a Machine Learning Model on Smartphone-Collected Motion Signals. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Fardeen Mazumder
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · Geography, Earth Science and Environment: Research Highlights Vol. 7

Enhanced Grey Prediction Model (IGM (1,1)) for Accurate Geothermal Heat Pump Stations Output Temperature Forecasting

Khaled Salhein, Javed Ashraf, Mohamed Zohdy

AI & Machine Learning
Plain-language summary

The stated focus of this paper is enhanced Grey Prediction Model (IGM (1,1)) for Accurate Geothermal Heat Pump Stations Output Temperature Forecasting. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Khalid Salheen
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · Geography, Earth Science and Environment: Research Highlights Vol. 7

Enhanced Grey Prediction Model (IGM (1,1)) for Accurate Geothermal Heat Pump Stations Output Temperature Forecasting

Khaled Salhein, Javed Ashraf, Mohamed Zohdy

AI & Machine Learning
Plain-language summary

The stated focus of this paper is enhanced Grey Prediction Model (IGM (1,1)) for Accurate Geothermal Heat Pump Stations Output Temperature Forecasting. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · Communications in Computer and Information Science

Detecting Cybersecurity Attacks on Smart Grids Using Deep Learning

Dafer Alali, Mohammed Mahmoud, Surah Al Dakhl, Mohamed Zohdy

AI & Machine Learning
Plain-language summary

The stated focus of this paper is detecting Cybersecurity Attacks on Smart Grids Using Deep Learning. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Dafer Alali Dr. Surah Aldakhl
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · Communications in Computer and Information Science

Detecting Cybersecurity Attacks on Smart Grids Using Deep Learning

Dafer Alali, Mohammed Mahmoud, Surah Al Dakhl, Mohamed Zohdy

AI & Machine Learning
Plain-language summary

The stated focus of this paper is detecting Cybersecurity Attacks on Smart Grids Using Deep Learning. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · Engineering Research: Perspectives on Recent Advances Vol. 8

Comparing the Advancement of Existing and Pending University Campus Microgrids: A Comprehensive Review on Principles, Geographical Locations and Applications

Edrees Yahya Alhawsawi, Khaled Salhein, Mohamed A. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is comparing the Advancement of Existing and Pending University Campus Microgrids: A Comprehensive Review on Principles, Geographical Locations and Applications. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Edrees Alhawsawi Khalid Salheen
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · Engineering Research: Perspectives on Recent Advances Vol. 8

Comparing the Advancement of Existing and Pending University Campus Microgrids: A Comprehensive Review on Principles, Geographical Locations and Applications

Edrees Yahya Alhawsawi, Khaled Salhein, Mohamed A. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is comparing the Advancement of Existing and Pending University Campus Microgrids: A Comprehensive Review on Principles, Geographical Locations and Applications. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · Oakland University doctoral dissertation

Advanced deep learning to generate and detect fake images of Egyptian monuments

Daniyah Alaswad

AI & Machine Learning
Plain-language summary

The stated focus of this paper is advanced deep learning to generate and detect fake images of Egyptian monuments. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Daniyah Alaswad
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · Oakland University doctoral dissertation

Advanced Optimization Techniques and Hybrid Microgrid Design for Solar Energy Integration and MPPT Enhancement Using Modified Firefly Algorithm

Mana Abusaq

Energy & PowerOptimization & Systems
Plain-language summary

The stated focus of this paper is advanced Optimization Techniques and Hybrid Microgrid Design for Solar Energy Integration and MPPT Enhancement Using Modified Firefly Algorithm. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Mana Abusaq
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · Oakland University doctoral dissertation

Advanced Design and Optimization of Novel Fibonacci Switched-Capacitor Converters for Ultra-High-Efficiency DC-DC Power Conversion

Mansour Hawsawi

Energy & PowerOptimization & Systems
Plain-language summary

The stated focus of this paper is advanced Design and Optimization of Novel Fibonacci Switched-Capacitor Converters for Ultra-High-Efficiency DC-DC Power Conversion. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Mansour Hawsawi
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · Applied Sciences

Advanced Deep Learning Methods to Generate and Discriminate Fake Images of Egyptian Monuments

Daniyah Alaswad, Mohamed A. Zohdy

AI & Machine Learning
Plain-language summary

The stated focus of this paper is advanced Deep Learning Methods to Generate and Discriminate Fake Images of Egyptian Monuments. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Daniyah Alaswad
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · Applied Sciences

Advanced Deep Learning Methods to Generate and Discriminate Fake Images of Egyptian Monuments

Daniyah Alaswad, Mohamed A. Zohdy

AI & Machine Learning
Plain-language summary

The stated focus of this paper is advanced Deep Learning Methods to Generate and Discriminate Fake Images of Egyptian Monuments. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · Processes

A Comprehensive Review of Geothermal Heat Pump Systems

Khaled Salhein, Sabriya Alghennai Salheen, Ahmed M. Annekaa, Mansour Hawsawi, Edrees Yahya Alhawsawi, C. J. Kobus, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is A Comprehensive Review of Geothermal Heat Pump Systems. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2025 · Processes

A Comprehensive Review of Geothermal Heat Pump Systems

Khaled Salhein, Sabriya Alghennai Salheen, Ahmed M. Annekaa, Mansour Hawsawi, Edrees Yahya Alhawsawi, C. J. Kobus, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is A Comprehensive Review of Geothermal Heat Pump Systems. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2024 · 2024 2nd International Conference on Artificial Intelligence, Blockchain, and Internet of Things (AIBThings)

Wheat Field Fire Smoke Detection from UAV Images using CNN-CBAM

Ahmed Alsalem, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is wheat Field Fire Smoke Detection from UAV Images using CNN-CBAM. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ahmed Alsalem
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2024 · 2024 2nd International Conference on Artificial Intelligence, Blockchain, and Internet of Things (AIBThings)

Wheat Field Fire Smoke Detection from UAV Images using CNN-CBAM

Ahmed Alsalem, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is wheat Field Fire Smoke Detection from UAV Images using CNN-CBAM. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2024 · 2024 8th International Conference on Robotics, Control and Automation (ICRCA)

Trajectory State Model-based Reinforcement Learning for Truck-trailer Reverse Driving

Hao Yan, Mohamed A. Zohdy, Edrees Alhawsawi, Amr Mahmoud

AI & Machine LearningControl & Robotics
Plain-language summary

The stated focus of this paper is trajectory State Model-based Reinforcement Learning for Truck-trailer Reverse Driving. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2024 · 2024 8th International Conference on Robotics, Control and Automation (ICRCA)

Trajectory State Model-based Reinforcement Learning for Truck-trailer Reverse Driving

Hao Yan, Mohamed A. Zohdy, Edrees Alhawsawi, Amr Mahmoud

AI & Machine LearningControl & Robotics
Plain-language summary

The stated focus of this paper is trajectory State Model-based Reinforcement Learning for Truck-trailer Reverse Driving. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2024 · Clean Technologies

Optimizing Renewable Energy Integration through Innovative Hybrid Microgrid Design: A Case Study of Najran Secondary Industrial Institute in Saudi Arabia

Mana Abusaq, Mohamed A. Zohdy

Energy & Power
Plain-language summary

The stated focus of this paper is optimizing Renewable Energy Integration through Innovative Hybrid Microgrid Design: A Case Study of Najran Secondary Industrial Institute in Saudi Arabia. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Mana Abusaq
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2024 · Clean Technologies

Optimizing Renewable Energy Integration through Innovative Hybrid Microgrid Design: A Case Study of Najran Secondary Industrial Institute in Saudi Arabia

Mana Abusaq, Mohamed A. Zohdy

Energy & Power
Plain-language summary

The stated focus of this paper is optimizing Renewable Energy Integration through Innovative Hybrid Microgrid Design: A Case Study of Najran Secondary Industrial Institute in Saudi Arabia. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2024 · 2024 ASEE Annual Conference & Exposition , 2024

Integration of Simulation-Based learning in undergraduate engineering and technology courses

FQ Mazumder, MR Sheikh, MS Hossain

AI & Machine Learning
Plain-language summary

The stated focus of this paper is integration of Simulation-Based learning in undergraduate engineering and technology courses. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Fardeen Mazumder
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2024 · Energies

Heat Transfer Performance Factors in a Vertical Ground Heat Exchanger for a Geothermal Heat Pump System

Khaled Salhein, C. J. Kobus, Mohamed Zohdy, Ahmed M. Annekaa, Edrees Yahya Alhawsawi, Sabriya Alghennai Salheen

Other Research
Plain-language summary

The stated focus of this paper is heat Transfer Performance Factors in a Vertical Ground Heat Exchanger for a Geothermal Heat Pump System. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Edrees Alhawsawi Khalid Salheen
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2024 · Energies

Heat Transfer Performance Factors in a Vertical Ground Heat Exchanger for a Geothermal Heat Pump System

Khaled Salhein, C. J. Kobus, Mohamed Zohdy, Ahmed M. Annekaa, Edrees Yahya Alhawsawi, Sabriya Alghennai Salheen

Other Research
Plain-language summary

The stated focus of this paper is heat Transfer Performance Factors in a Vertical Ground Heat Exchanger for a Geothermal Heat Pump System. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2024 · Computer Modeling in Engineering & Sciences

Enhancing Renewable Energy Integration: A Gaussian-Bare-Bones Levy Cheetah Optimization Approach to Optimal Power Flow in Electrical Networks

Ali S. Alghamdi, Mohamed A. Zohdy, Saad Aldoihi

Energy & PowerOptimization & Systems
Plain-language summary

The stated focus of this paper is enhancing Renewable Energy Integration: A Gaussian-Bare-Bones Levy Cheetah Optimization Approach to Optimal Power Flow in Electrical Networks. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ali Alghamdi
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2024 · Computer Modeling in Engineering & Sciences

Enhancing Renewable Energy Integration: A Gaussian-Bare-Bones Levy Cheetah Optimization Approach to Optimal Power Flow in Electrical Networks

Ali S. Alghamdi, Mohamed A. Zohdy, Saad Aldoihi

Energy & PowerOptimization & Systems
Plain-language summary

The stated focus of this paper is enhancing Renewable Energy Integration: A Gaussian-Bare-Bones Levy Cheetah Optimization Approach to Optimal Power Flow in Electrical Networks. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2024 · Heliyon

Boosting cuckoo optimization algorithm via Gaussian mixture model for optimal power flow problem in a hybrid power system with solar and wind renewable energies

Ali S. Alghamdi, Mohamed A. Zohdy

Energy & PowerOptimization & Systems
Plain-language summary

The stated focus of this paper is boosting cuckoo optimization algorithm via Gaussian mixture model for optimal power flow problem in a hybrid power system with solar and wind renewable energies. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ali Alghamdi
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2024 · Heliyon

Boosting cuckoo optimization algorithm via Gaussian mixture model for optimal power flow problem in a hybrid power system with solar and wind renewable energies

Ali S. Alghamdi, Mohamed A. Zohdy

Energy & PowerOptimization & Systems
Plain-language summary

The stated focus of this paper is boosting cuckoo optimization algorithm via Gaussian mixture model for optimal power flow problem in a hybrid power system with solar and wind renewable energies. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2024 · IEOM Society International

An Optimization Approach for Capacitated Facility Location: a case study of delivery companies in Saudi Arabia

Abdulhadi A. Altherwi

Optimization & Systems
Plain-language summary

The stated focus of this paper is an Optimization Approach for Capacitated Facility Location: a case study of delivery companies in Saudi Arabia. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdulhadi Altherwi
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2024 ·

A Comprehensive Review of Geothermal Heat Pump Systems

Khaled Salhein, Sabriya Alghennai Salheen, Ahmed M Annekaa, Mansour Hawsawi, Edrees Yahya Alhawsawi, C.J. Kobus, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is A Comprehensive Review of Geothermal Heat Pump Systems. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2024 ·

A Comprehensive Review of Geothermal Heat Pump Systems

Khaled Salhein, Sabriya Alghennai Salheen, Ahmed M Annekaa, Mansour Hawsawi, Edrees Yahya Alhawsawi, C.J. Kobus, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is A Comprehensive Review of Geothermal Heat Pump Systems. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2024 · Energies

A Comprehensive Review of Existing and Pending University Campus Microgrids

Edrees Yahya Alhawsawi, Khaled Salhein, Mohamed A. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is A Comprehensive Review of Existing and Pending University Campus Microgrids. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Edrees Alhawsawi Khalid Salheen
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2024 · Energies

A Comprehensive Review of Existing and Pending University Campus Microgrids

Edrees Yahya Alhawsawi, Khaled Salhein, Mohamed A. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is A Comprehensive Review of Existing and Pending University Campus Microgrids. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2024 · Sensors

3D Indoor Position Estimation Based on a UDU Factorization Extended Kalman Filter Structure Using Beacon Distance and Inertial Measurement Unit Data

Tolga Bodrumlu, Fikret Caliskan

Control & Robotics
Plain-language summary

The stated focus of this paper is 3D Indoor Position Estimation Based on a UDU Factorization Extended Kalman Filter Structure Using Beacon Distance and Inertial Measurement Unit Data. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Postdoc Fikret
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · IEOM International Conference on Smart Mobility and Vehicle Electrification

The Relationship Between Supply Chain Integration and Business Performance in Saudi SMEs

Ibrahim H. Y. Albariqi, Mohamed A. Zohdy

Optimization & Systems
Plain-language summary

The stated focus of this paper is the Relationship Between Supply Chain Integration and Business Performance in Saudi SMEs. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · Information

Severity Grading and Early Detection of Alzheimer’s Disease through Transfer Learning

Saeed Alqahtani, Ali Alqahtani, Mohamed A. Zohdy, Abdulaziz A. Alsulami, Subramaniam Ganesan

AI & Machine Learning
Plain-language summary

The stated focus of this paper is severity Grading and Early Detection of Alzheimer’s Disease through Transfer Learning. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ali Alqahtani Dr. Saeed Alqahtani
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · Information

Severity Grading and Early Detection of Alzheimer’s Disease through Transfer Learning

Saeed Alqahtani, Ali Alqahtani, Mohamed A. Zohdy, Abdulaziz A. Alsulami, Subramaniam Ganesan

AI & Machine Learning
Plain-language summary

The stated focus of this paper is severity Grading and Early Detection of Alzheimer’s Disease through Transfer Learning. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · 2023 IEEE International Conference on Smart Computing (SMARTCOMP)

Sensitivity Analysis of MEMS Accelerometer for the Vibration Measurement of VTOL UAV

Ahmed Alsalem, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is sensitivity Analysis of MEMS Accelerometer for the Vibration Measurement of VTOL UAV. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ahmed Alsalem
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · 2023 IEEE International Conference on Smart Computing (SMARTCOMP)

Sensitivity Analysis of MEMS Accelerometer for the Vibration Measurement of VTOL UAV

Ahmed Alsalem, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is sensitivity Analysis of MEMS Accelerometer for the Vibration Measurement of VTOL UAV. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · 2023 IEEE 11th International Conference on Smart Energy Grid Engineering (SEGE)

Security Issues on Smart Grid and Blockchain-Based Secure Smart Energy Management Systems

Surah. Al Dakhl, Dafer Alali, Hanan Mikhael Habbi, Mohamed Zohdy

Energy & Power
Plain-language summary

The stated focus of this paper is security Issues on Smart Grid and Blockchain-Based Secure Smart Energy Management Systems. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Dafer Alali Dr. Surah Aldakhl
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · 2023 IEEE 11th International Conference on Smart Energy Grid Engineering (SEGE)

Security Issues on Smart Grid and Blockchain-Based Secure Smart Energy Management Systems

Surah. Al Dakhl, Dafer Alali, Hanan Mikhael Habbi, Mohamed Zohdy

Energy & Power
Plain-language summary

The stated focus of this paper is security Issues on Smart Grid and Blockchain-Based Secure Smart Energy Management Systems. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · Transactions on Engineering and Computing Sciences

Recurrent Proximal Policy Optimization Based Tractor-Trailer Wheeled Robot Automatic Parking Algorithm

Hao Yan, Mohamed A Zohdy, Abdelrahman Shaout, Amr Mahmoud

Control & RoboticsOptimization & Systems
Plain-language summary

The stated focus of this paper is recurrent Proximal Policy Optimization Based Tractor-Trailer Wheeled Robot Automatic Parking Algorithm. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Amr Mahmoud Dr. Hao Yan
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · Transactions on Engineering and Computing Sciences

Recurrent Proximal Policy Optimization Based Tractor-Trailer Wheeled Robot Automatic Parking Algorithm

Hao Yan, Mohamed A Zohdy, Abdelrahman Shaout, Amr Mahmoud

Control & RoboticsOptimization & Systems
Plain-language summary

The stated focus of this paper is recurrent Proximal Policy Optimization Based Tractor-Trailer Wheeled Robot Automatic Parking Algorithm. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 ·

Optimal Design and Operation of Hybrid Renewable Energy Systems for Oakland University

Edrees Yahya Alhawsawi, Hanan Habbi, Mansour Hawsawi, Mohamed Zohdy

Energy & Power
Plain-language summary

The stated focus of this paper is optimal Design and Operation of Hybrid Renewable Energy Systems for Oakland University. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Edrees Alhawsawi Dr. Mansour Hawsawi
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · Energies

Optimal Design and Operation of Hybrid Renewable Energy Systems for Oakland University

Edrees Yahya Alhawsawi, Hanan Mikhael D. Habbi, Mansour Hawsawi, Mohamed A. Zohdy

Energy & Power
Plain-language summary

The stated focus of this paper is optimal Design and Operation of Hybrid Renewable Energy Systems for Oakland University. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Edrees Alhawsawi Dr. Mansour Hawsawi
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 ·

Optimal Design and Operation of Hybrid Renewable Energy Systems for Oakland University

Edrees Yahya Alhawsawi, Hanan Habbi, Mansour Hawsawi, Mohamed Zohdy

Energy & Power
Plain-language summary

The stated focus of this paper is optimal Design and Operation of Hybrid Renewable Energy Systems for Oakland University. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · Energies

Optimal Design and Operation of Hybrid Renewable Energy Systems for Oakland University

Edrees Yahya Alhawsawi, Hanan Mikhael D. Habbi, Mansour Hawsawi, Mohamed A. Zohdy

Energy & Power
Plain-language summary

The stated focus of this paper is optimal Design and Operation of Hybrid Renewable Energy Systems for Oakland University. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · Doctoral dissertation · Oakland University

Nonlinear Discrete-Time Control of Modern Power Converters with Robust Adaptive Observer

Mauricio E. Hernandez

Control & RoboticsEnergy & Power
Plain-language summary

The stated focus of this paper is nonlinear Discrete-Time Control of Modern Power Converters with Robust Adaptive Observer. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Mauricio E. Hernandez
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · 2023 IEEE International Conference on Artificial Intelligence, Blockchain, and Internet of Things (AIBThings)

Machine Learning Techniques in Additive Manufacturing: A Review

Ahmed Alsalem, Mohamed Zohdy

AI & Machine Learning
Plain-language summary

The stated focus of this paper is machine Learning Techniques in Additive Manufacturing: A Review. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ahmed Alsalem
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · 2023 IEEE International Conference on Artificial Intelligence, Blockchain, and Internet of Things (AIBThings)

Machine Learning Techniques in Additive Manufacturing: A Review

Ahmed Alsalem, Mohamed Zohdy

AI & Machine Learning
Plain-language summary

The stated focus of this paper is machine Learning Techniques in Additive Manufacturing: A Review. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · 2023 IEEE AIBThings

Machine Learning Approaches for EV Charging Management: A Systematic Literature Review

Hanan Haddad Thwany and coauthors

AI & Machine LearningEnergy & Power
Plain-language summary

The stated focus of this paper is machine Learning Approaches for EV Charging Management: A Systematic Literature Review. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Hanan Haddad Thwany
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · Fundamental Research and Application of Physical Science Vol. 5

Heat Transfer Control Mechanism in a Vertical Ground Heat Exchanger: A Novel Approach

Khaled Salhein, C. J. Kobus, Mohamed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is heat Transfer Control Mechanism in a Vertical Ground Heat Exchanger: A Novel Approach. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Khalid Salheen
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · Fundamental Research and Application of Physical Science Vol. 5

Heat Transfer Control Mechanism in a Vertical Ground Heat Exchanger: A Novel Approach

Khaled Salhein, C. J. Kobus, Mohamed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is heat Transfer Control Mechanism in a Vertical Ground Heat Exchanger: A Novel Approach. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · Engineering Proceedings

Enhancing Indoor Position Estimation Accuracy: Integration of Accelerometer, Raw Distance Data, and Extended Kalman Filter in Comparison to Vicon Motion Capture Data

Tolga Bodrumlu, Fikret Çalışkan

Control & Robotics
Plain-language summary

The stated focus of this paper is enhancing Indoor Position Estimation Accuracy: Integration of Accelerometer, Raw Distance Data, and Extended Kalman Filter in Comparison to Vicon Motion Capture Data. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Postdoc Fikret
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · Designs

Conventional and Switched Capacitor Boost Converters for Solar PV Integration: Dynamic MPPT Enhancement and Performance Evaluation

Mansour Hawsawi, Hanan Mikhael D. Habbi, Edrees Alhawsawi, Mohammed Yahya, Mohamed A. Zohdy

Energy & Power
Plain-language summary

The stated focus of this paper is conventional and Switched Capacitor Boost Converters for Solar solar photovoltaic (PV) Integration: Dynamic MPPT Enhancement and Performance Evaluation. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Edrees Alhawsawi Dr. Mansour Hawsawi
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · Designs

Conventional and Switched Capacitor Boost Converters for Solar PV Integration: Dynamic MPPT Enhancement and Performance Evaluation

Mansour Hawsawi, Hanan Mikhael D. Habbi, Edrees Alhawsawi, Mohammed Yahya, Mohamed A. Zohdy

Energy & Power
Plain-language summary

The stated focus of this paper is conventional and Switched Capacitor Boost Converters for Solar solar photovoltaic (PV) Integration: Dynamic MPPT Enhancement and Performance Evaluation. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · 2023 IEEE Smart World Congress (SWC)

An Improved Thevenin Model-based State-of-Charge Estimation of a Commercial Lithium-Ion Battery Using Kalman Filter

Tarik Hawsawi, Muhammad Alolaiwy, Yamen Taleb, Abraham Mezaael, Mohamed Zohdy

Control & RoboticsEnergy & Power
Plain-language summary

The stated focus of this paper is an Improved Thevenin Model-based remaining battery charge Estimation of a Commercial Lithium-Ion Battery Using Kalman Filter. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abraham Mezaael Dr. Yamen Taleb
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · 2023 IEEE Smart World Congress (SWC)

An Improved Thevenin Model-based State-of-Charge Estimation of a Commercial Lithium-Ion Battery Using Kalman Filter

Tarik Hawsawi, Muhammad Alolaiwy, Yamen Taleb, Abraham Mezaael, Mohamed Zohdy

Control & RoboticsEnergy & Power
Plain-language summary

The stated focus of this paper is an Improved Thevenin Model-based remaining battery charge Estimation of a Commercial Lithium-Ion Battery Using Kalman Filter. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · Computers, Materials & Continua

A Robust Asynchrophasor in PMU Using Second-Order Kalman Filter

Nayef Alqahtani, Ali Alqahtani

Control & Robotics
Plain-language summary

The stated focus of this paper is A Robust Asynchrophasor in PMU Using Second-Order Kalman Filter. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Nayef Mohammed S. Alqahtani
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · 2023 IEEE Conference on Technologies for Sustainability (SusTech)

A Review on Civil Applications of Vertical Take-Off and Landing Vehicles

Ahmed Alsalem, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is A Review on Civil Applications of Vertical Take-Off and Landing Vehicles. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ahmed Alsalem
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2023 · 2023 IEEE Conference on Technologies for Sustainability (SusTech)

A Review on Civil Applications of Vertical Take-Off and Landing Vehicles

Ahmed Alsalem, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is A Review on Civil Applications of Vertical Take-Off and Landing Vehicles. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2022 · Orthopedics and Rheumatology Open Access Journal

Review of Synovial Fluid Properties and Measurement

Bader E. Alabkary, Mohammad A. Zohdy

Health & Biomedical
Plain-language summary

The stated focus of this paper is review of Synovial Fluid Properties and Measurement. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2022 · ASME International Mechanical Engineering Congress and Exposition 86663 … , 2022

Reliability test of mobile embedded accelerometers in measuring postural stability for people with Parkinson’s disease

M Thelen, F Mazumder, L Zhu, C Tang, NS Miller

Other Research
Plain-language summary

The stated focus of this paper is reliability test of mobile embedded accelerometers in measuring postural stability for people with Parkinson’s disease. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Fardeen Mazumder
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2022 · Advances in Energy Research

Output Temperature Predictions of the Geothermal Heat Pump System Using an Improved Grey Prediction Model

Khaled Salhein, Javed Ashraf, Mohamed Zohdy

AI & Machine Learning
Plain-language summary

The stated focus of this paper is output Temperature Predictions of the Geothermal Heat Pump System Using an Improved Grey Prediction Model. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Khalid Salheen
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2022 · Advances in Energy Research

Output Temperature Predictions of the Geothermal Heat Pump System Using an Improved Grey Prediction Model

Khaled Salhein, Javed Ashraf, Mohamed Zohdy

AI & Machine Learning
Plain-language summary

The stated focus of this paper is output Temperature Predictions of the Geothermal Heat Pump System Using an Improved Grey Prediction Model. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2022 · ASME International Mechanical Engineering Congress and Exposition 86687 … , 2022

Optimized HVAC air distribution for improved air quality using CFD analysis

H Kokash, MG Burzo, G Agbaglah, F Mazumder

Other Research
Plain-language summary

The stated focus of this paper is optimized HVAC air distribution for improved air quality using CFD analysis. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Fardeen Mazumder
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2022 · IEOM Society International

Optimal Supply Chain Networks Under Failure Risks Using Meta-Heuristic Algorithms

Abdulhadi Altherwi, Daw Al-Werfalli, William Edwards

Optimization & Systems
Plain-language summary

The stated focus of this paper is optimal Supply Chain Networks Under Failure Risks Using Meta-Heuristic Algorithms. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdulhadi Altherwi
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2022 · Doctoral dissertation title · Oakland University degree record

Novel Piezoelectric Biosensor Based on SARS-CoV-2 Spike Antibody for Coronavirus (COVID-19) Detection

Fares Suliaman Alromithy

Energy & PowerSignals & Communications
Plain-language summary

The stated focus of this paper is novel Piezoelectric Biosensor Based on SARS-CoV-2 Spike Antibody for Coronavirus (COVID-19) Detection. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Fares Suliaman Alromithy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2022 · Thermo

Forecasting Installation Capacity for the Top 10 Countries Utilizing Geothermal Energy by 2030

Khaled Salhein, C. J. Kobus, Mohamed Zohdy

Energy & Power
Plain-language summary

The stated focus of this paper is forecasting Installation Capacity for the Top 10 Countries Utilizing Geothermal Energy by 2030. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Khalid Salheen
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2022 · Thermo

Forecasting Installation Capacity for the Top 10 Countries Utilizing Geothermal Energy by 2030

Khaled Salhein, C. J. Kobus, Mohamed Zohdy

Energy & Power
Plain-language summary

The stated focus of this paper is forecasting Installation Capacity for the Top 10 Countries Utilizing Geothermal Energy by 2030. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2022 · Energies

Dynamic Lyapunov Machine Learning Control of Nonlinear Magnetic Levitation System

Amr Mahmoud, Mohamed Zohdy

AI & Machine LearningControl & Robotics
Plain-language summary

The stated focus of this paper is dynamic Lyapunov Machine Learning Control of Nonlinear Magnetic Levitation System. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Amr Mahmoud
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2022 · Energies

Dynamic Lyapunov Machine Learning Control of Nonlinear Magnetic Levitation System

Amr Mahmoud, Mohamed Zohdy

AI & Machine LearningControl & Robotics
Plain-language summary

The stated focus of this paper is dynamic Lyapunov Machine Learning Control of Nonlinear Magnetic Levitation System. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2022 · Energies

Control of Heat Transfer in a Vertical Ground Heat Exchanger for a Geothermal Heat Pump System

Khaled Salhein, C. J. Kobus, Mohamed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is control of Heat Transfer in a Vertical Ground Heat Exchanger for a Geothermal Heat Pump System. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Khalid Salheen
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2022 · Energies

Control of Heat Transfer in a Vertical Ground Heat Exchanger for a Geothermal Heat Pump System

Khaled Salhein, C. J. Kobus, Mohamed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is control of Heat Transfer in a Vertical Ground Heat Exchanger for a Geothermal Heat Pump System. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · 2021 IEEE International IOT, Electronics and Mechatronics Conference (IEMTRONICS)

Use of Vehicle Breathalyzers in the Reduction of DUI Deaths

Evan Yousif, Dafer Alali, Surah Aldakhl, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is use of Vehicle Breathalyzers in the Reduction of DUI Deaths. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Dafer Alali Dr. Surah Aldakhl
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · 2021 IEEE International IOT, Electronics and Mechatronics Conference (IEMTRONICS)

Use of Vehicle Breathalyzers in the Reduction of DUI Deaths

Evan Yousif, Dafer Alali, Surah Aldakhl, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is use of Vehicle Breathalyzers in the Reduction of DUI Deaths. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · Computer Science & Information Technology (CS & IT)

Towards Comparing Machine Learning Models to Foresee the Stages for heart disease

Khalid Amen, Mohamed Zohdy, Mohammed Mahmoud

AI & Machine Learning
Plain-language summary

The stated focus of this paper is towards Comparing Machine Learning Models to Foresee the Stages for heart disease. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Khalid Amen
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · Computer Science & Information Technology (CS & IT)

Towards Comparing Machine Learning Models to Foresee the Stages for heart disease

Khalid Amen, Mohamed Zohdy, Mohammed Mahmoud

AI & Machine Learning
Plain-language summary

The stated focus of this paper is towards Comparing Machine Learning Models to Foresee the Stages for heart disease. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · 2021 IEEE 11th Annual Computing and Communication Workshop and Conference (CCWC)

Performance and Predicting of Inbound Logistics Processes Using Machine Learning

Abdullah Albadrani, Faisal Alghayadh, Mohamed A. Zohdy, Esam Aloufi, Richard Olawoyin

AI & Machine Learning
Plain-language summary

The stated focus of this paper is performance and Predicting of Inbound Logistics Processes Using Machine Learning. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · 2021 IEEE 11th Annual Computing and Communication Workshop and Conference (CCWC)

Performance and Predicting of Inbound Logistics Processes Using Machine Learning

Abdullah Albadrani, Faisal Alghayadh, Mohamed A. Zohdy, Esam Aloufi, Richard Olawoyin

AI & Machine Learning
Plain-language summary

The stated focus of this paper is performance and Predicting of Inbound Logistics Processes Using Machine Learning. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · Energies

Output Temperature Predictions of the Geothermal Heat Pump System Using an Improved Grey Prediction Model

Khaled Salhein, Javed Ashraf, Mohamed Zohdy

AI & Machine Learning
Plain-language summary

The stated focus of this paper is output Temperature Predictions of the Geothermal Heat Pump System Using an Improved Grey Prediction Model. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Khalid Salheen
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · Energies

Output Temperature Predictions of the Geothermal Heat Pump System Using an Improved Grey Prediction Model

Khaled Salhein, Javed Ashraf, Mohamed Zohdy

AI & Machine Learning
Plain-language summary

The stated focus of this paper is output Temperature Predictions of the Geothermal Heat Pump System Using an Improved Grey Prediction Model. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · Oakland University doctoral dissertation

Optimization Approaches for Optimal Power Flow Problems in Renewable Energy Grids

Abdullah Mohammed A. Alzahrani

Energy & PowerOptimization & Systems
Plain-language summary

The stated focus of this paper is optimization Approaches for Optimal Power Flow Problems in Renewable Energy Grids. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdullah Mohammed A. Alzahrani
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · International Journal of Engineering and Advanced Technology

Modeling and Designed of a Monopole Antenna that Operate at 3.3 [GHz] for Future 5G sub 6 [GHz]

Gholam D Aghashirin, Maged Kafafy, Hoda S. Abdel-Aty Zohdy, Mohamed A. Zohdy, Adam Timmons

Signals & Communications
Plain-language summary

The stated focus of this paper is modeling and Designed of a Monopole Antenna that Operate at 3.3 [GHz] for Future 5G sub 6 [GHz]. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Maged Kafafy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · International Journal of Engineering and Advanced Technology

Modeling and Designed of a Monopole Antenna that Operate at 3.3 [GHz] for Future 5G sub 6 [GHz]

Gholam D Aghashirin, Maged Kafafy, Hoda S. Abdel-Aty Zohdy, Mohamed A. Zohdy, Adam Timmons

Signals & Communications
Plain-language summary

The stated focus of this paper is modeling and Designed of a Monopole Antenna that Operate at 3.3 [GHz] for Future 5G sub 6 [GHz]. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · 2021 International Conference on Computational Science and Computational Intelligence (CSCI)

Machine Learning for Multiple Stage Phishing URL Prediction

Khalid Amen, Mohamad Zohdy, Mohammed Mahmoud

AI & Machine Learning
Plain-language summary

The stated focus of this paper is machine Learning for Multiple Stage Phishing URL Prediction. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Khalid Amen
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · 2021 International Conference on Computational Science and Computational Intelligence (CSCI)

Machine Learning for Multiple Stage Phishing URL Prediction

Khalid Amen, Mohamad Zohdy, Mohammed Mahmoud

AI & Machine Learning
Plain-language summary

The stated focus of this paper is machine Learning for Multiple Stage Phishing URL Prediction. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · 2021 International Conference on Advances in Electrical, Computing, Communication and Sustainable Technologies (ICAECT)

GNSS Patch Antenna Design Parameter Optimization using FEKO, Design of Experiments & P-Transform Technique

Gholam D Aghashirin, Maged Kafafy, Hoda S. Abdel-Aty-Zohdy, Mohamed A. Zohdy, Adam Timmons

Signals & CommunicationsOptimization & Systems
Plain-language summary

The stated focus of this paper is GNSS Patch Antenna Design Parameter Optimization using FEKO, Design of Experiments & P-Transform Technique. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Maged Kafafy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · 2021 International Conference on Advances in Electrical, Computing, Communication and Sustainable Technologies (ICAECT)

GNSS Patch Antenna Design Parameter Optimization using FEKO, Design of Experiments & P-Transform Technique

Gholam D Aghashirin, Maged Kafafy, Hoda S. Abdel-Aty-Zohdy, Mohamed A. Zohdy, Adam Timmons

Signals & CommunicationsOptimization & Systems
Plain-language summary

The stated focus of this paper is GNSS Patch Antenna Design Parameter Optimization using FEKO, Design of Experiments & P-Transform Technique. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · Transactions on Computational Science and Computational Intelligence

Fake News Detection Through Topic Modeling and Optimized Deep Learning with Multi-Domain Knowledge Sources

Vian Sabeeh, Mohammed Zohdy, Rasha Al Bashaireh

AI & Machine Learning
Plain-language summary

The stated focus of this paper is fake News Detection Through Topic Modeling and Optimized Deep Learning with Multi-Domain Knowledge Sources. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Rasha AlBashaireh Vian Sobeeh
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · Transactions on Computational Science and Computational Intelligence

Fake News Detection Through Topic Modeling and Optimized Deep Learning with Multi-Domain Knowledge Sources

Vian Sabeeh, Mohammed Zohdy, Rasha Al Bashaireh

AI & Machine Learning
Plain-language summary

The stated focus of this paper is fake News Detection Through Topic Modeling and Optimized Deep Learning with Multi-Domain Knowledge Sources. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · 2021 IEEE International Conference on Consumer Electronics (ICCE)

Clustering Application for Data-Driven Prediction of Health Insurance Premiums for People of Different Ages

Tallal Omar, Mohamed Zohdy, Julian Rrushi

AI & Machine LearningHealth & Biomedical
Plain-language summary

The stated focus of this paper is clustering Application for Data-Driven Prediction of Health Insurance Premiums for People of Different Ages. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Talal Omar
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · 2021 IEEE International Conference on Consumer Electronics (ICCE)

Clustering Application for Data-Driven Prediction of Health Insurance Premiums for People of Different Ages

Tallal Omar, Mohamed Zohdy, Julian Rrushi

AI & Machine LearningHealth & Biomedical
Plain-language summary

The stated focus of this paper is clustering Application for Data-Driven Prediction of Health Insurance Premiums for People of Different Ages. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · Electric Power Systems Research

An Overview of Optimization Approaches for Operation of Hybrid Distributed Energy Systems with Photovoltaic and Diesel Turbine Generator

Abdullah M. Alzahrani, Mohamed Zohdy, Bing Yan

Energy & PowerOptimization & Systems
Plain-language summary

The stated focus of this paper is an Overview of Optimization Approaches for Operation of Hybrid Distributed Energy Systems with Photovoltaic and Diesel Turbine Generator. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdullah Mohammed A. Alzahrani
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · Electric Power Systems Research

An Overview of Optimization Approaches for Operation of Hybrid Distributed Energy Systems with Photovoltaic and Diesel Turbine Generator

Abdullah M. Alzahrani, Mohamed Zohdy, Bing Yan

Energy & PowerOptimization & Systems
Plain-language summary

The stated focus of this paper is an Overview of Optimization Approaches for Operation of Hybrid Distributed Energy Systems with Photovoltaic and Diesel Turbine Generator. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · Doctoral dissertation title · King Faisal University faculty CV

An Optimal Asynchrophasor in PMU Using Second Order Kalman Filter

Nayef Mohammed S. Alqahtani

Control & Robotics
Plain-language summary

The stated focus of this paper is an Optimal Asynchrophasor in PMU Using Second Order Kalman Filter. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Nayef Mohammed S. Alqahtani
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · IEEE Access

Adaptive Model Predictive Control for DC-DC Power Converters With Parameters’ Uncertainties

Mohamed E. Albira, Mohamed A. Zohdy

Control & RoboticsEnergy & Power
Plain-language summary

The stated focus of this paper is adaptive Model Predictive Control for DC-DC Power Converters With Parameters’ Uncertainties. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Mohammed Albeera
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2021 · IEEE Access

Adaptive Model Predictive Control for DC-DC Power Converters With Parameters’ Uncertainties

Mohamed E. Albira, Mohamed A. Zohdy

Control & RoboticsEnergy & Power
Plain-language summary

The stated focus of this paper is adaptive Model Predictive Control for DC-DC Power Converters With Parameters’ Uncertainties. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 IEEE 6th World Forum on Internet of Things (WF-IoT)

Unscented Kalman Filter for Indoor Bluetooth Voice Transmission Interference over Non-Gaussian Fading Channel

Ali S. Alghamdi, Kun Hua, Mohamed Zohdy, Abdullah Al-Ahmadi, Ahmed G. Abo-Khalil, Yazeed Qasaymeh

Control & Robotics
Plain-language summary

The stated focus of this paper is unscented Kalman Filter for Indoor Bluetooth Voice Transmission Interference over Non-Gaussian Fading Channel. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ali Alghamdi
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 IEEE 6th World Forum on Internet of Things (WF-IoT)

Unscented Kalman Filter for Indoor Bluetooth Voice Transmission Interference over Non-Gaussian Fading Channel

Ali S. Alghamdi, Kun Hua, Mohamed Zohdy, Abdullah Al-Ahmadi, Ahmed G. Abo-Khalil, Yazeed Qasaymeh

Control & Robotics
Plain-language summary

The stated focus of this paper is unscented Kalman Filter for Indoor Bluetooth Voice Transmission Interference over Non-Gaussian Fading Channel. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · Proceedings of the 2020 the 4th International Conference on Information System and Data Mining

Twitter Data Collection and Extraction

Rasha Al Bashaireh, Mohamed Zohdy, Vian Sabeeh

Other Research
Plain-language summary

The stated focus of this paper is twitter Data Collection and Extraction. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Rasha AlBashaireh Vian Sobeeh
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · Proceedings of the 2020 the 4th International Conference on Information System and Data Mining

Twitter Data Collection and Extraction

Rasha Al Bashaireh, Mohamed Zohdy, Vian Sabeeh

Other Research
Plain-language summary

The stated focus of this paper is twitter Data Collection and Extraction. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 IEEE International Conference on Electro Information Technology (EIT)

TASC: Efficient Task Assignment in Spatial Crowdsourcing with Workers Privacy Protection

Esam Aloufi, Raed Alharthi, Ibrahim Alrashdi, Ali Alqazzaz, Dareen Alsulami, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is TASC: Efficient Task Assignment in Spatial Crowdsourcing with Workers Privacy Protection. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 IEEE International Conference on Electro Information Technology (EIT)

TASC: Efficient Task Assignment in Spatial Crowdsourcing with Workers Privacy Protection

Esam Aloufi, Raed Alharthi, Ibrahim Alrashdi, Ali Alqazzaz, Dareen Alsulami, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is TASC: Efficient Task Assignment in Spatial Crowdsourcing with Workers Privacy Protection. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · International Journal of Computer and Information Technology(2279-0764)

Speech Enhancement and Recognition using Kalman Filter Modified via Radial Basis Function

Mario Barnard, Farag M. Lagnf, Amr S. Mahmoud, Mohamed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is speech Enhancement and Recognition using Kalman Filter Modified via Radial Basis Function. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Amr Mahmoud
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · International Journal of Computer and Information Technology(2279-0764)

Speech Enhancement and Recognition using Kalman Filter Modified via Radial Basis Function

Mario Barnard, Farag M. Lagnf, Amr S. Mahmoud, Mohamed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is speech Enhancement and Recognition using Kalman Filter Modified via Radial Basis Function. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 10th Annual Computing and Communication Workshop and Conference (CCWC)

Social Network Analysis and Mining: Privacy and Security on Twitter

Mansour Alshaikh, Mohamed Zohdy, Richard Olawoyin, Debatosh Debnath, Zahraddeen Gwarzo, Jalal Alowibdi

Other Research
Plain-language summary

The stated focus of this paper is social Network Analysis and Mining: Privacy and Security on Twitter. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Mansour Alshaikh
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 10th Annual Computing and Communication Workshop and Conference (CCWC)

Social Network Analysis and Mining: Privacy and Security on Twitter

Mansour Alshaikh, Mohamed Zohdy, Richard Olawoyin, Debatosh Debnath, Zahraddeen Gwarzo, Jalal Alowibdi

Other Research
Plain-language summary

The stated focus of this paper is social Network Analysis and Mining: Privacy and Security on Twitter. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 IEEE International Conference on Electro Information Technology (EIT)

Sentiment Analysis for Smartphone Operating System: Privacy and Security on Twitter Data

Mansour Alshaikh, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is sentiment Analysis for Smartphone Operating System: Privacy and Security on Twitter Data. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Mansour Alshaikh
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 IEEE International Conference on Electro Information Technology (EIT)

Sentiment Analysis for Smartphone Operating System: Privacy and Security on Twitter Data

Mansour Alshaikh, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is sentiment Analysis for Smartphone Operating System: Privacy and Security on Twitter Data. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · Journal of Information Security

Real Time Vehicular Traffic Simulation for Black Hole Attack in the Greater Detroit Area

Abdulaziz Alshammari, Mohamed A Zohdy, Debatosh Debnath, George Corser

Other Research
Plain-language summary

The stated focus of this paper is real Time Vehicular Traffic Simulation for Black Hole Attack in the Greater Detroit Area. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdulaziz Alshammari
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · Journal of Information Security

Real Time Vehicular Traffic Simulation for Black Hole Attack in the Greater Detroit Area

Abdulaziz Alshammari, Mohamed A Zohdy, Debatosh Debnath, George Corser

Other Research
Plain-language summary

The stated focus of this paper is real Time Vehicular Traffic Simulation for Black Hole Attack in the Greater Detroit Area. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · IEEE Access

Protecting Location Privacy for Crowd Workers in Spatial Crowdsourcing Using a Novel Dummy-Based Mechanism

Raed S. Alharthi, Esam Aloufi, Ibrahim Alrashdi, Ali Alqazzaz, Mohamed A. Zohdy, Julian L. Rrushi

Other Research
Plain-language summary

The stated focus of this paper is protecting Location Privacy for Crowd Workers in Spatial Crowdsourcing Using a Novel Dummy-Based Mechanism. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · IEEE Access

Protecting Location Privacy for Crowd Workers in Spatial Crowdsourcing Using a Novel Dummy-Based Mechanism

Raed S. Alharthi, Esam Aloufi, Ibrahim Alrashdi, Ali Alqazzaz, Mohamed A. Zohdy, Julian L. Rrushi

Other Research
Plain-language summary

The stated focus of this paper is protecting Location Privacy for Crowd Workers in Spatial Crowdsourcing Using a Novel Dummy-Based Mechanism. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · Transactions on Emerging Telecommunications Technologies

On the performance analysis of dual hop relaying systems using differential amplify‐and‐forward along with post‐detection selection combining techniques over Nakagami‐m fading channels

Mamoun F. Al‐Mistarihi, Mariam M. Harb, Khalid A. Darabkh, Arwa Sh. Aqel

Other Research
Plain-language summary

The stated focus of this paper is on the performance analysis of dual hop relaying systems using differential amplify‐and‐forward along with post‐detection selection combining techniques over Nakagami‐m fading channels. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Mariam Mousa Harb
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 IEEE International IOT, Electronics and Mechatronics Conference (IEMTRONICS)

Model Predictive Speed Control of DC-DC Buck Converter Driven DC-motor with Various Load Torque Values

Mohamed E Albira, Abdullah Alzahrani, Mohamed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is model Predictive Speed Control of DC-DC Buck Converter Driven DC-motor with Various Load Torque Values. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Mohammed Albeera
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 IEEE International IOT, Electronics and Mechatronics Conference (IEMTRONICS)

Model Predictive Speed Control of DC-DC Buck Converter Driven DC-motor with Various Load Torque Values

Mohamed E Albira, Abdullah Alzahrani, Mohamed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is model Predictive Speed Control of DC-DC Buck Converter Driven DC-motor with Various Load Torque Values. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 Global Congress on Electrical Engineering (GC-ElecEng)

Model Predictive Control of DC-DC Buck-Boost Converter with Various Resistive Load Values

Mohamed E Albira, Abdullah Alzahrani, Mohamed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is model Predictive Control of DC-DC Buck-Boost Converter with Various Resistive Load Values. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Mohammed Albeera
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 Global Congress on Electrical Engineering (GC-ElecEng)

Model Predictive Control of DC-DC Buck-Boost Converter with Various Resistive Load Values

Mohamed E Albira, Abdullah Alzahrani, Mohamed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is model Predictive Control of DC-DC Buck-Boost Converter with Various Resistive Load Values. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · Computer Science & Information Technology (CS & IT)

Machine Learning for Multiple Stage Heart Disease Prediction

Khalid Amen, Mohamed Zohdy, Mohammed Mahmoud

AI & Machine Learning
Plain-language summary

The stated focus of this paper is machine Learning for Multiple Stage Heart Disease Prediction. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Khalid Amen
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · Computer Science & Information Technology (CS & IT)

Machine Learning for Multiple Stage Heart Disease Prediction

Khalid Amen, Mohamed Zohdy, Mohammed Mahmoud

AI & Machine Learning
Plain-language summary

The stated focus of this paper is machine Learning for Multiple Stage Heart Disease Prediction. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 ASEE Virtual Annual Conference Content Access , 2020

Integration of CFD and EFD for experiential learning in fluid mechanics

QH Mazumder, M Aslam, F Mazumder

AI & Machine Learning
Plain-language summary

The stated focus of this paper is integration of CFD and EFD for experiential learning in fluid mechanics. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Fardeen Mazumder
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · International Journal of Higher Education 9 (3), 240-247 , 2020

Correlation between Classroom Engagement and Academic Performance of Engineering Students.

QH Mazumder, S Sultana, F Mazumder

Other Research
Plain-language summary

The stated focus of this paper is correlation between Classroom Engagement and Academic Performance of Engineering Students. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Fardeen Mazumder
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · International Journal of Control Science and Engineering

Continuous Lyapunov Controlled Non-linear System Optimization Using Deep Learning with Memory

Amr Mahmoud, Youmna Ismaeil, Mohamed Zohdy

AI & Machine LearningControl & RoboticsOptimization & Systems
Plain-language summary

The stated focus of this paper is continuous Lyapunov Controlled Non-linear System Optimization Using Deep Learning with Memory. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Amr Mahmoud
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · International Journal of Control Science and Engineering

Continuous Lyapunov Controlled Non-linear System Optimization Using Deep Learning with Memory

Amr Mahmoud, Youmna Ismaeil, Mohamed Zohdy

AI & Machine LearningControl & RoboticsOptimization & Systems
Plain-language summary

The stated focus of this paper is continuous Lyapunov Controlled Non-linear System Optimization Using Deep Learning with Memory. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · SAE International

Computation of Safety Architecture for Electric Power Steering System and Compliance with ISO 26262

Saif Salih, Richard Olawoyin

Control & RoboticsEnergy & Power
Plain-language summary

The stated focus of this paper is computation of Safety Architecture for Electric Power Steering System and Compliance with ISO 26262. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Saif Salih
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · International Journal of Thermofluids 5, 100032 , 2020

Comparison of characteristic particle velocities in solid-liquid multiphase flow in elbow

Q Mazumder, VT Nallamothu, F Mazumder

Other Research
Plain-language summary

The stated focus of this paper is comparison of characteristic particle velocities in solid-liquid multiphase flow in elbow. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Fardeen Mazumder
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · Journal of Data Analysis and Information Processing

Clustering Approach for Analyzing the Student’s Efficiency and Performance Based on Data

Tallal Omar, Abdullah Alzahrani, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is clustering Approach for Analyzing the Student’s Efficiency and Performance Based on Data. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Talal Omar
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · Journal of Data Analysis and Information Processing

Clustering Approach for Analyzing the Student’s Efficiency and Performance Based on Data

Tallal Omar, Abdullah Alzahrani, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is clustering Approach for Analyzing the Student’s Efficiency and Performance Based on Data. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 IEEE International IOT, Electronics and Mechatronics Conference (IEMTRONICS)

Big Data Management Obligation in Smart Grid Technologies, the Future of Tomorrow

Dafer Alali, Surah Al Dakhl, Mohamed Zohdy, Mohammed Mahmoud

Other Research
Plain-language summary

The stated focus of this paper is big Data Management Obligation in Smart Grid Technologies, the Future of Tomorrow. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Dafer Alali Dr. Surah Aldakhl
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 IEEE International IOT, Electronics and Mechatronics Conference (IEMTRONICS)

Big Data Management Obligation in Smart Grid Technologies, the Future of Tomorrow

Dafer Alali, Surah Al Dakhl, Mohamed Zohdy, Mohammed Mahmoud

Other Research
Plain-language summary

The stated focus of this paper is big Data Management Obligation in Smart Grid Technologies, the Future of Tomorrow. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · IEEE Access

Applying Pose Estimation to Predict Amateur Golf Swing Performance Using Edge Processing

Theodore T. Kim, Mohamed A. Zohdy, Michael P. Barker

Other Research
Plain-language summary

The stated focus of this paper is applying Pose Estimation to Predict Amateur Golf Swing Performance Using Edge Processing. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Ted Kim
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · IEEE Access

Applying Pose Estimation to Predict Amateur Golf Swing Performance Using Edge Processing

Theodore T. Kim, Mohamed A. Zohdy, Michael P. Barker

Other Research
Plain-language summary

The stated focus of this paper is applying Pose Estimation to Predict Amateur Golf Swing Performance Using Edge Processing. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 IEEE International IOT, Electronics and Mechatronics Conference (IEMTRONICS)

An Efficient Approach for Task Assignment in Spatial Crowdsourcing

Esam Aloufi, Raed Alharthi, Mohamed Zohdy, Dareen Alsulami, Ibrahim Alrashdi, Richard Olawoyin

Other Research
Plain-language summary

The stated focus of this paper is an Efficient Approach for Task Assignment in Spatial Crowdsourcing. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 IEEE International IOT, Electronics and Mechatronics Conference (IEMTRONICS)

An Efficient Approach for Task Assignment in Spatial Crowdsourcing

Esam Aloufi, Raed Alharthi, Mohamed Zohdy, Dareen Alsulami, Ibrahim Alrashdi, Richard Olawoyin

Other Research
Plain-language summary

The stated focus of this paper is an Efficient Approach for Task Assignment in Spatial Crowdsourcing. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 IEEE International Conference on Electro Information Technology (EIT)

An Approach to Optimize Future Inbound Logistics Processes Using Machine Learning Algorithms

Abdullah Albadrani, Mohamed A. Zohdy, Richard Olawoyin

AI & Machine Learning
Plain-language summary

The stated focus of this paper is an Approach to Optimize Future Inbound Logistics Processes Using Machine Learning Algorithms. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Abdullah Albadrani
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 IEEE International Conference on Electro Information Technology (EIT)

An Approach to Optimize Future Inbound Logistics Processes Using Machine Learning Algorithms

Abdullah Albadrani, Mohamed A. Zohdy, Richard Olawoyin

AI & Machine Learning
Plain-language summary

The stated focus of this paper is an Approach to Optimize Future Inbound Logistics Processes Using Machine Learning Algorithms. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 IEEE 8th International Conference on Smart Energy Grid Engineering (SEGE)

Advanced Distribution Method for Smart Grids in the Mobility World Using Blockchain Technology

Surah. Al Dakhl, Abraham Mezaael, Yamen Taleb, Dafer. Alali, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is advanced Distribution Method for Smart Grids in the Mobility World Using Blockchain Technology. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 IEEE 8th International Conference on Smart Energy Grid Engineering (SEGE)

Advanced Distribution Method for Smart Grids in the Mobility World Using Blockchain Technology

Surah. Al Dakhl, Abraham Mezaael, Yamen Taleb, Dafer. Alali, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is advanced Distribution Method for Smart Grids in the Mobility World Using Blockchain Technology. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 IEEE International Conference on Electro Information Technology (EIT)

A Novel Non-Coherent OQPSK Detection Based on Interactive Kalman Filtering with Applications in Zigbee Receiver

Ali Alqahtani, Subramaniam Ganesan, Mohamed Zohdy, Richard Olawoyin

Control & RoboticsSignals & Communications
Plain-language summary

The stated focus of this paper is A Novel Non-Coherent OQPSK Detection Based on Interactive Kalman Filtering with Applications in Zigbee Receiver. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ali Alqahtani
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2020 · 2020 IEEE International Conference on Electro Information Technology (EIT)

A Novel Non-Coherent OQPSK Detection Based on Interactive Kalman Filtering with Applications in Zigbee Receiver

Ali Alqahtani, Subramaniam Ganesan, Mohamed Zohdy, Richard Olawoyin

Control & RoboticsSignals & Communications
Plain-language summary

The stated focus of this paper is A Novel Non-Coherent OQPSK Detection Based on Interactive Kalman Filtering with Applications in Zigbee Receiver. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · Journal of Computer and Communications

ZigBee Signal Phase Tracking Using a Discrete Kalman Filter Estimator under AWGN Channel

Ali Alqahtani, Mohamed Zohdy

Control & RoboticsSignals & Communications
Plain-language summary

The stated focus of this paper is zigBee Signal Phase Tracking Using a Discrete Kalman Filter Estimator under AWGN Channel. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ali Alqahtani
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · Journal of Computer and Communications

ZigBee Signal Phase Tracking Using a Discrete Kalman Filter Estimator under AWGN Channel

Ali Alqahtani, Mohamed Zohdy

Control & RoboticsSignals & Communications
Plain-language summary

The stated focus of this paper is zigBee Signal Phase Tracking Using a Discrete Kalman Filter Estimator under AWGN Channel. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 IEEE 10th Annual Ubiquitous Computing, Electronics & Mobile Communication Conference (UEMCON)

Tracking the Mobile Jammer in Wireless Sensor Networks Using Extended Kalman Filter

Waleed Aldosari, Mohamed Zohdy, Richard Olawoyin

Control & RoboticsSignals & Communications
Plain-language summary

The stated focus of this paper is tracking the Mobile Jammer in Wireless Sensor Networks Using Extended Kalman Filter. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Waleed Aldosari
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 IEEE 10th Annual Ubiquitous Computing, Electronics & Mobile Communication Conference (UEMCON)

Tracking the Mobile Jammer in Wireless Sensor Networks Using Extended Kalman Filter

Waleed Aldosari, Mohamed Zohdy, Richard Olawoyin

Control & RoboticsSignals & Communications
Plain-language summary

The stated focus of this paper is tracking the Mobile Jammer in Wireless Sensor Networks Using Extended Kalman Filter. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 International Conference on Computational Science and Computational Intelligence (CSCI)

Towards a New Indicator for Evaluating Universities Based on Twitter Sentiment Analysis

Rasha Al Bashaireh, Vian Sabeeh, Mohammed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is towards a New Indicator for Evaluating Universities Based on Twitter Sentiment Analysis. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Rasha AlBashaireh Vian Sobeeh
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 International Conference on Computational Science and Computational Intelligence (CSCI)

Towards a New Indicator for Evaluating Universities Based on Twitter Sentiment Analysis

Rasha Al Bashaireh, Vian Sabeeh, Mohammed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is towards a New Indicator for Evaluating Universities Based on Twitter Sentiment Analysis. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · International Journal of Electrical and Computer Engineering (IJECE)

Robust pole placement using firefly algorithm

Moath Sababha, Mohamed Zohdy, Maged Kafafy

Other Research
Plain-language summary

The stated focus of this paper is robust pole placement using firefly algorithm. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Maged Kafafy Dr. Moath Sababha
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · International Journal of Electrical and Computer Engineering (IJECE)

Robust pole placement using firefly algorithm

Moath Sababha, Mohamed Zohdy, Maged Kafafy

Other Research
Plain-language summary

The stated focus of this paper is robust pole placement using firefly algorithm. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · Proceedings of the 2019 3rd International Conference on Information System and Data Mining

Network Traffic Anomaly Detection based on Viterbi Algorithm Using SNMP MIB Data

Sulaiman Alhaidari, Ali Alharbi, Mansour Alshaikhsaleh, Mohamed Zohdy, Debatosh Debnath

Other Research
Plain-language summary

The stated focus of this paper is network Traffic Anomaly Detection based on Viterbi Algorithm Using SNMP MIB Data. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ali Alharbi Dr. Sulaiman Alhaidari
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · Proceedings of the 2019 3rd International Conference on Information System and Data Mining

Network Traffic Anomaly Detection based on Viterbi Algorithm Using SNMP MIB Data

Sulaiman Alhaidari, Ali Alharbi, Mansour Alshaikhsaleh, Mohamed Zohdy, Debatosh Debnath

Other Research
Plain-language summary

The stated focus of this paper is network Traffic Anomaly Detection based on Viterbi Algorithm Using SNMP MIB Data. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 IEEE International Conference On Artificial Intelligence Testing (AITest)

Network Anomaly Detection Using Two-Dimensional Hidden Markov Model Based Viterbi Algorithm

Sulaiman Alhaidari, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is network Anomaly Detection Using Two-Dimensional Hidden Markov Model Based Viterbi Algorithm. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Sulaiman Alhaidari
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 IEEE International Conference On Artificial Intelligence Testing (AITest)

Network Anomaly Detection Using Two-Dimensional Hidden Markov Model Based Viterbi Algorithm

Sulaiman Alhaidari, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is network Anomaly Detection Using Two-Dimensional Hidden Markov Model Based Viterbi Algorithm. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 IEEE National Aerospace and Electronics Conference (NAECON)

Jammer Localization Through Smart Estimation of Jammer’s Transmission Power

Waleed Aldosari, Mohamed Zohdy, Richard Olawoyin

Energy & Power
Plain-language summary

The stated focus of this paper is jammer Localization Through Smart Estimation of Jammer’s Transmission Power. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Waleed Aldosari
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 IEEE National Aerospace and Electronics Conference (NAECON)

Jammer Localization Through Smart Estimation of Jammer’s Transmission Power

Waleed Aldosari, Mohamed Zohdy, Richard Olawoyin

Energy & Power
Plain-language summary

The stated focus of this paper is jammer Localization Through Smart Estimation of Jammer’s Transmission Power. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · Proceedings of the 2019 8th International Conference on Software and Computer Applications

Internet of Things Attacks Detection and Classification Using Tiered Hidden Markov Model

Ahmad Alshammari, Mohamed A. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is internet of Things Attacks Detection and Classification Using Tiered Hidden Markov Model. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ahmad Alshammari
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · Proceedings of the 2019 8th International Conference on Software and Computer Applications

Internet of Things Attacks Detection and Classification Using Tiered Hidden Markov Model

Ahmad Alshammari, Mohamed A. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is internet of Things Attacks Detection and Classification Using Tiered Hidden Markov Model. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · Proceedings of the 2019 3rd International Conference on Information System and Data Mining

Hybrid Learning Approach of Combining Cluster-Based Partitioning and Hidden Markov Model for IoT Intrusion Detection

Sulaiman Alhaidari, Mohamed Zohdy

AI & Machine Learning
Plain-language summary

The stated focus of this paper is hybrid Learning Approach of Combining Cluster-Based Partitioning and Hidden Markov Model for IoT Intrusion Detection. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Sulaiman Alhaidari
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · Proceedings of the 2019 3rd International Conference on Information System and Data Mining

Hybrid Learning Approach of Combining Cluster-Based Partitioning and Hidden Markov Model for IoT Intrusion Detection

Sulaiman Alhaidari, Mohamed Zohdy

AI & Machine Learning
Plain-language summary

The stated focus of this paper is hybrid Learning Approach of Combining Cluster-Based Partitioning and Hidden Markov Model for IoT Intrusion Detection. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 IEEE 9th Annual Computing and Communication Workshop and Conference (CCWC)

Framework modeling for User privacy in cloud computing

Aljwhrh Almtrf, Yasamin Alagrash, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is framework modeling for User privacy in cloud computing. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Aljwhrh Almtrf
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 IEEE 9th Annual Computing and Communication Workshop and Conference (CCWC)

Framework modeling for User privacy in cloud computing

Aljwhrh Almtrf, Yasamin Alagrash, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is framework modeling for User privacy in cloud computing. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 IEEE 10th Annual Ubiquitous Computing, Electronics & Mobile Communication Conference (UEMCON)

FBAD: Fog-based Attack Detection for IoT Healthcare in Smart Cities

Ibrahim Alrashdi, Ali Alqazzaz, Raed Alharthi, Esam Aloufi, Mohamed A. Zohdy, Hua Ming

Health & Biomedical
Plain-language summary

The stated focus of this paper is FBAD: Fog-based Attack Detection for IoT Healthcare in Smart Cities. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 IEEE 10th Annual Ubiquitous Computing, Electronics & Mobile Communication Conference (UEMCON)

FBAD: Fog-based Attack Detection for IoT Healthcare in Smart Cities

Ibrahim Alrashdi, Ali Alqazzaz, Raed Alharthi, Esam Aloufi, Mohamed A. Zohdy, Hua Ming

Health & Biomedical
Plain-language summary

The stated focus of this paper is FBAD: Fog-based Attack Detection for IoT Healthcare in Smart Cities. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 International Conference on Computational Science and Computational Intelligence (CSCI)

Enhancing the Fake News Detection by Applying Effective Feature Selection Based on Semantic Sources

Vian Sabeeh, Mohammed Zohdy, Rasha Al Bashaireh

Other Research
Plain-language summary

The stated focus of this paper is enhancing the Fake News Detection by Applying Effective Feature Selection Based on Semantic Sources. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Vian Sobeeh
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 International Conference on Computational Science and Computational Intelligence (CSCI)

Enhancing the Fake News Detection by Applying Effective Feature Selection Based on Semantic Sources

Vian Sabeeh, Mohammed Zohdy, Rasha Al Bashaireh

Other Research
Plain-language summary

The stated focus of this paper is enhancing the Fake News Detection by Applying Effective Feature Selection Based on Semantic Sources. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 IEEE 9th Annual Computing and Communication Workshop and Conference (CCWC)

DCentroid: Location Privacy-Preserving Scheme in Spatial Crowdsourcing

Raed Alharthi, Esam Aloufi, Ali Alqazzaz, Ibrahim Alrashdi, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is DCentroid: Location Privacy-Preserving Scheme in Spatial Crowdsourcing. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 IEEE 9th Annual Computing and Communication Workshop and Conference (CCWC)

DCentroid: Location Privacy-Preserving Scheme in Spatial Crowdsourcing

Raed Alharthi, Esam Aloufi, Ali Alqazzaz, Ibrahim Alrashdi, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is DCentroid: Location Privacy-Preserving Scheme in Spatial Crowdsourcing. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · Wireless Sensor Network

Cooperative Spectrum Sensing for Cognitive Radio-Wireless Sensors Network Based on OR Rule Decision to Enhance Energy Consumption in Greenhouses

Haythem Alhumud, Mohammed Zohdy, Debatosh Debnath, Richard Olawoyin, Sayed Ali Arefifar

Energy & PowerSignals & Communications
Plain-language summary

The stated focus of this paper is cooperative Spectrum Sensing for Cognitive Radio-Wireless Sensors Network Based on OR Rule Decision to Enhance Energy Consumption in Greenhouses. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Haythem Alhumud
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · Wireless Sensor Network

Cooperative Spectrum Sensing for Cognitive Radio-Wireless Sensors Network Based on OR Rule Decision to Enhance Energy Consumption in Greenhouses

Haythem Alhumud, Mohammed Zohdy, Debatosh Debnath, Richard Olawoyin, Sayed Ali Arefifar

Energy & PowerSignals & Communications
Plain-language summary

The stated focus of this paper is cooperative Spectrum Sensing for Cognitive Radio-Wireless Sensors Network Based on OR Rule Decision to Enhance Energy Consumption in Greenhouses. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · Journal of Computer and Communications

Cloud-Based Access Control to Preserve Privacy in Academic Web Application

Aljwhrh Almtrf, Mohamed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is cloud-Based Access Control to Preserve Privacy in Academic Web Application. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Aljwhrh Almtrf
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · Journal of Computer and Communications

Cloud-Based Access Control to Preserve Privacy in Academic Web Application

Aljwhrh Almtrf, Mohamed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is cloud-Based Access Control to Preserve Privacy in Academic Web Application. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 IEEE International Conference on Electro Information Technology (EIT)

An Investigation into Using Kalman Filtering for Phase Estimation in IEEE 802.15.4 /ZigBee Receivers Running on Adjacent Channel Interference

Ali Alqahtani, Mohamed Zohdy

Control & RoboticsSignals & Communications
Plain-language summary

The stated focus of this paper is an Investigation into Using Kalman Filtering for Phase Estimation in IEEE 802.15.4 /ZigBee Receivers Running on Adjacent Channel Interference. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ali Alqahtani
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 IEEE International Conference on Electro Information Technology (EIT)

An Investigation into Using Kalman Filtering for Phase Estimation in IEEE 802.15.4 /ZigBee Receivers Running on Adjacent Channel Interference

Ali Alqahtani, Mohamed Zohdy

Control & RoboticsSignals & Communications
Plain-language summary

The stated focus of this paper is an Investigation into Using Kalman Filtering for Phase Estimation in IEEE 802.15.4 /ZigBee Receivers Running on Adjacent Channel Interference. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 IEEE 9th Annual Computing and Communication Workshop and Conference (CCWC)

AD-IoT: Anomaly Detection of IoT Cyberattacks in Smart City Using Machine Learning

Ibrahim Alrashdi, Ali Alqazzaz, Esam Aloufi, Raed Alharthi, Mohamed Zohdy, Hua Ming

AI & Machine Learning
Plain-language summary

The stated focus of this paper is AD-IoT: Anomaly Detection of IoT Cyberattacks in Smart City Using Machine Learning. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 IEEE 9th Annual Computing and Communication Workshop and Conference (CCWC)

AD-IoT: Anomaly Detection of IoT Cyberattacks in Smart City Using Machine Learning

Ibrahim Alrashdi, Ali Alqazzaz, Esam Aloufi, Raed Alharthi, Mohamed Zohdy, Hua Ming

AI & Machine Learning
Plain-language summary

The stated focus of this paper is AD-IoT: Anomaly Detection of IoT Cyberattacks in Smart City Using Machine Learning. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · Proceedings of the 2019 3rd International Conference on Information System and Data Mining

A Practical Evaluation of a Secure and Energy-Efficient Smart Parking System Using the MQTT Protocol

Ali Alqazzaz, Raed Alharthi, Ibrahim Alrashdi, Esam Aloufi, Mohamed A. Zohdy, Hua Ming

Energy & Power
Plain-language summary

The stated focus of this paper is A Practical Evaluation of a Secure and Energy-Efficient Smart Parking System Using the MQTT Protocol. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · Proceedings of the 2019 3rd International Conference on Information System and Data Mining

A Practical Evaluation of a Secure and Energy-Efficient Smart Parking System Using the MQTT Protocol

Ali Alqazzaz, Raed Alharthi, Ibrahim Alrashdi, Esam Aloufi, Mohamed A. Zohdy, Hua Ming

Energy & Power
Plain-language summary

The stated focus of this paper is A Practical Evaluation of a Secure and Energy-Efficient Smart Parking System Using the MQTT Protocol. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 IEEE 10th Annual Ubiquitous Computing, Electronics & Mobile Communication Conference (UEMCON)

A Novel Phase Tracking in ZigBee Receiver Using Extended Kalman Filtering over AWGN Channel

Ali Alqahtani, Mohamed Zohdy, Subramaniam Ganesan, Richard Olawoyin

Control & RoboticsSignals & Communications
Plain-language summary

The stated focus of this paper is A Novel Phase Tracking in ZigBee Receiver Using Extended Kalman Filtering over AWGN Channel. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ali Alqahtani
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2019 · 2019 IEEE 10th Annual Ubiquitous Computing, Electronics & Mobile Communication Conference (UEMCON)

A Novel Phase Tracking in ZigBee Receiver Using Extended Kalman Filtering over AWGN Channel

Ali Alqahtani, Mohamed Zohdy, Subramaniam Ganesan, Richard Olawoyin

Control & RoboticsSignals & Communications
Plain-language summary

The stated focus of this paper is A Novel Phase Tracking in ZigBee Receiver Using Extended Kalman Filtering over AWGN Channel. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · 2018 IEEE First International Conference on Artificial Intelligence and Knowledge Engineering (AIKE)

Tuning Hyperparameters of Decision Tree Classifiers Using Computationally Efficient Schemes

Wedad Alawad, Mohamed Zohdy, Debatosh Debnath

Other Research
Plain-language summary

The stated focus of this paper is tuning Hyperparameters of Decision Tree Classifiers Using Computationally Efficient Schemes. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Wedad Alawad
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · 2018 IEEE First International Conference on Artificial Intelligence and Knowledge Engineering (AIKE)

Tuning Hyperparameters of Decision Tree Classifiers Using Computationally Efficient Schemes

Wedad Alawad, Mohamed Zohdy, Debatosh Debnath

Other Research
Plain-language summary

The stated focus of this paper is tuning Hyperparameters of Decision Tree Classifiers Using Computationally Efficient Schemes. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · Journal of Sensor and Actuator Networks

Tracking a Jammer in Wireless Sensor Networks and Selecting Boundary Nodes by Estimating Signal-to-Noise Ratios and Using an Extended Kalman Filter

Waleed Aldosari, Mohamed Zohdy

Control & RoboticsSignals & Communications
Plain-language summary

The stated focus of this paper is tracking a Jammer in Wireless Sensor Networks and Selecting Boundary Nodes by Estimating Signal-to-Noise Ratios and Using an Extended Kalman Filter. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Waleed Aldosari
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · Journal of Sensor and Actuator Networks

Tracking a Jammer in Wireless Sensor Networks and Selecting Boundary Nodes by Estimating Signal-to-Noise Ratios and Using an Extended Kalman Filter

Waleed Aldosari, Mohamed Zohdy

Control & RoboticsSignals & Communications
Plain-language summary

The stated focus of this paper is tracking a Jammer in Wireless Sensor Networks and Selecting Boundary Nodes by Estimating Signal-to-Noise Ratios and Using an Extended Kalman Filter. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · Electronics

The Enhanced Firefly Algorithm Based on Modified Exploitation and Exploration Mechanism

Moath Sababha, Mohamed Zohdy, Maged Kafafy

Other Research
Plain-language summary

The stated focus of this paper is the Enhanced Firefly Algorithm Based on Modified Exploitation and Exploration Mechanism. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Maged Kafafy Dr. Moath Sababha
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · Electronics

The Enhanced Firefly Algorithm Based on Modified Exploitation and Exploration Mechanism

Moath Sababha, Mohamed Zohdy, Maged Kafafy

Other Research
Plain-language summary

The stated focus of this paper is the Enhanced Firefly Algorithm Based on Modified Exploitation and Exploration Mechanism. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · WIT Transactions on Ecology and the Environment

TESTING WATER POLLUTION BASED ON WIRELESS SENSOR NETWORKS AND STOCHASTIC APPROXIMATION METHOD: THE CASE OF FLINT, MICHIGAN, USA

NAHED A. ALNAHASH, MOHAMED A. ZOHDY

Signals & Communications
Plain-language summary

The stated focus of this paper is testing water pollution based on wireless sensor networks and stochastic approximation method: the case of flint, michigan, usa. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Nahed Alnahash
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · WIT Transactions on Ecology and the Environment

TESTING WATER POLLUTION BASED ON WIRELESS SENSOR NETWORKS AND STOCHASTIC APPROXIMATION METHOD: THE CASE OF FLINT, MICHIGAN, USA

NAHED A. ALNAHASH, MOHAMED A. ZOHDY

Signals & Communications
Plain-language summary

The stated focus of this paper is testing water pollution based on wireless sensor networks and stochastic approximation method: the case of flint, michigan, usa. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · Journal of Information Security

SecSPS: A Secure and Privacy-Preserving Framework for Smart Parking Systems

Ali Alqazzaz, Ibrahim Alrashdi, Esam Aloufi, Mohamed Zohdy, Hua Ming

Other Research
Plain-language summary

The stated focus of this paper is secSPS: A Secure and Privacy-Preserving Framework for Smart Parking Systems. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · Journal of Information Security

SecSPS: A Secure and Privacy-Preserving Framework for Smart Parking Systems

Ali Alqazzaz, Ibrahim Alrashdi, Esam Aloufi, Mohamed Zohdy, Hua Ming

Other Research
Plain-language summary

The stated focus of this paper is secSPS: A Secure and Privacy-Preserving Framework for Smart Parking Systems. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · International Journal of Intelligent Systems Design and Computing

Robust integral back-stepping control for a quadrotor: experiments and simulation

Scott Cardimen, Mohamed A. Zohdy, Moath Sababha, Andrew Rusek

Control & Robotics
Plain-language summary

The stated focus of this paper is robust integral back-stepping control for a quadrotor: experiments and simulation. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Moath Sababha
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · International Journal of Intelligent Systems Design and Computing

Robust integral back-stepping control for a quadrotor: experiments and simulation

Andrew Rusek, Mohamed A. Zohdy, Moath Sababha, Scott Cardimen

Control & Robotics
Plain-language summary

The stated focus of this paper is robust integral back-stepping control for a quadrotor: experiments and simulation. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Moath Sababha
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · International Journal of Intelligent Systems Design and Computing

Robust integral back-stepping control for a quadrotor: experiments and simulation

Scott Cardimen, Mohamed A. Zohdy, Moath Sababha, Andrew Rusek

Control & Robotics
Plain-language summary

The stated focus of this paper is robust integral back-stepping control for a quadrotor: experiments and simulation. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · International Journal of Intelligent Systems Design and Computing

Robust integral back-stepping control for a quadrotor: experiments and simulation

Andrew Rusek, Mohamed A. Zohdy, Moath Sababha, Scott Cardimen

Control & Robotics
Plain-language summary

The stated focus of this paper is robust integral back-stepping control for a quadrotor: experiments and simulation. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · Journal of Power and Energy Engineering

Optimal Sizing of Solar/Wind Hybrid Off-Grid Microgrids Using an Enhanced Genetic Algorithm

Abdrahamane Traoré, Hatem Elgothamy, Mohamed A. Zohdy

Energy & Power
Plain-language summary

The stated focus of this paper is optimal Sizing of Solar/Wind Hybrid Off-Grid Microgrids Using an Enhanced Genetic Algorithm. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdrahmane Traore Dr. Hatem Gothamy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · Journal of Power and Energy Engineering

Optimal Sizing of Solar/Wind Hybrid Off-Grid Microgrids Using an Enhanced Genetic Algorithm

Abdrahamane Traoré, Hatem Elgothamy, Mohamed A. Zohdy

Energy & Power
Plain-language summary

The stated focus of this paper is optimal Sizing of Solar/Wind Hybrid Off-Grid Microgrids Using an Enhanced Genetic Algorithm. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · Automatic Control and Systems Engineering

Multi-Sensor Fusion Indoor Security Based on Interval Probability, Extended Kalman Filter and Fuzzy Rules Pruning

Ali Alqudaihi, Mohamed Zohdy, Hoda Abdel-Aty-Zohdy

Control & RoboticsSignals & Communications
Plain-language summary

The stated focus of this paper is multi-Sensor Fusion Indoor Security Based on Interval Probability, Extended Kalman Filter and Fuzzy Rules Pruning. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · Wireless Engineering and Technology

Managing Energy Consumption of Wireless Sensors Networks in Multiple Greenhouses

Haythem Alhumud, Mohammed Zohdy

Energy & PowerSignals & Communications
Plain-language summary

The stated focus of this paper is managing Energy Consumption of Wireless Sensors Networks in Multiple Greenhouses. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Haythem Alhumud
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · Wireless Engineering and Technology

Managing Energy Consumption of Wireless Sensors Networks in Multiple Greenhouses

Haythem Alhumud, Mohammed Zohdy

Energy & PowerSignals & Communications
Plain-language summary

The stated focus of this paper is managing Energy Consumption of Wireless Sensors Networks in Multiple Greenhouses. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · Wireless Engineering and Technology

Localizing Jammer in an Indoor Environment by Estimating Signal Strength and Kalman Filter

Waleed Aldosari, Mohamed Zohdy

Control & RoboticsSignals & Communications
Plain-language summary

The stated focus of this paper is localizing Jammer in an Indoor Environment by Estimating Signal Strength and Kalman Filter. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Waleed Aldosari
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · Wireless Engineering and Technology

Localizing Jammer in an Indoor Environment by Estimating Signal Strength and Kalman Filter

Waleed Aldosari, Mohamed Zohdy

Control & RoboticsSignals & Communications
Plain-language summary

The stated focus of this paper is localizing Jammer in an Indoor Environment by Estimating Signal Strength and Kalman Filter. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · International Journal of Electrical and Computer Engineering (IJECE)

Linear Phase FIR Low Pass Filter Design Based on Firefly Algorithm

Moath Sababha, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is linear Phase FIR Low Pass Filter Design Based on Firefly Algorithm. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Moath Sababha
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · International Journal of Electrical and Computer Engineering (IJECE)

Linear Phase FIR Low Pass Filter Design Based on Firefly Algorithm

Moath Sababha, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is linear Phase FIR Low Pass Filter Design Based on Firefly Algorithm. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · 2018 International Conference on Computational Science and Computational Intelligence (CSCI)

IoT Architecture Based SDN for Security: A Review

Esam Aloufi, Ibrahim Alrashdi, Mohamed A. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is ioT Architecture Based SDN for Security: A Review. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · 2018 International Conference on Computational Science and Computational Intelligence (CSCI)

IoT Architecture Based SDN for Security: A Review

Esam Aloufi, Ibrahim Alrashdi, Mohamed A. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is ioT Architecture Based SDN for Security: A Review. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · 2018 Twentieth International Middle East Power Systems Conference (MEPCON)

Artificial Intelligence For Air Quality Control Systems: A Holistic Approach

Tony Bazzi, Mohamed Zohdy

AI & Machine LearningControl & Robotics
Plain-language summary

The stated focus of this paper is artificial Intelligence For Air Quality Control Systems: A Holistic Approach. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Tony Bazzi
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · 2018 Twentieth International Middle East Power Systems Conference (MEPCON)

Artificial Intelligence For Air Quality Control Systems: A Holistic Approach

Tony Bazzi, Mohamed Zohdy

AI & Machine LearningControl & Robotics
Plain-language summary

The stated focus of this paper is artificial Intelligence For Air Quality Control Systems: A Holistic Approach. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · International Journal of Computer and Information Technology

Application of Hanning-Based Short Time Fourier Transform in Localization of Imagined Motor Movement within Human Brain

Suraj S. Bhamra, Mohamed A. Zohdy

Signals & CommunicationsHealth & Biomedical
Plain-language summary

The stated focus of this paper is application of Hanning-Based Short Time Fourier Transform in Localization of Imagined Motor Movement within Human Brain. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · 2018 International Conference on Computational Science and Computational Intelligence (CSCI)

An Insight into Android Side-Channel Attacks

Ali Alqazzaz, Ibrahim Alrashdi, Raed Alharthi, Esam Aloufi, Mohamed A. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is an Insight into Android Side-Channel Attacks. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · 2018 International Conference on Computational Science and Computational Intelligence (CSCI)

An Insight into Android Side-Channel Attacks

Ali Alqazzaz, Ibrahim Alrashdi, Raed Alharthi, Esam Aloufi, Mohamed A. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is an Insight into Android Side-Channel Attacks. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · 2018 International Conference on Advanced Science and Engineering (ICOASE)

A Study On Implementation of Cloud Computing Technology using Data Mining Algorithms

Aljwhrh Almtrf, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is A Study On Implementation of Cloud Computing Technology using Data Mining Algorithms. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Aljwhrh Almtrf
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2018 · 2018 International Conference on Advanced Science and Engineering (ICOASE)

A Study On Implementation of Cloud Computing Technology using Data Mining Algorithms

Aljwhrh Almtrf, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is A Study On Implementation of Cloud Computing Technology using Data Mining Algorithms. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2017 · 2017 IEEE 4th International Conference on Cyber Security and Cloud Computing (CSCloud)

Security Threats and Challenges in Cloud Computing

Abdulaziz Alshammari, Sulaiman Alhaidari, Ali Alharbi, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is security Threats and Challenges in Cloud Computing. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2017 · 2017 IEEE 4th International Conference on Cyber Security and Cloud Computing (CSCloud)

Security Threats and Challenges in Cloud Computing

Abdulaziz Alshammari, Sulaiman Alhaidari, Ali Alharbi, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is security Threats and Challenges in Cloud Computing. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2017 · International Journal of Modern Nonlinear Theory and Application

Nonlinear Control of Chaotic Forced Duffing and Van der Pol Oscillators

Mohammed Alghassab, Amr Mahmoud, Mohamed A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is nonlinear Control of Chaotic Forced Duffing and Van der Pol Oscillators. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Amr Mahmoud Dr. Mohammed Alghassab
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2017 · International Journal of Modern Nonlinear Theory and Application

Nonlinear Control of Chaotic Forced Duffing and Van der Pol Oscillators

Mohammed Alghassab, Amr Mahmoud, Mohamed A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is nonlinear Control of Chaotic Forced Duffing and Van der Pol Oscillators. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2017 · Journal of Power and Energy Engineering

Modeling and Simulation of a Hybrid Energy Storage System for Residential Grid-Tied Solar Microgrid Systems

Abdrahamane Traore, Allan Taylor, M. A. Zohdy, F. Z. Peng

Energy & Power
Plain-language summary

The stated focus of this paper is modeling and Simulation of a Hybrid Energy Storage System for Residential Grid-Tied Solar Microgrid Systems. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdrahmane Traore
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2017 · Journal of Power and Energy Engineering

Modeling and Simulation of a Hybrid Energy Storage System for Residential Grid-Tied Solar Microgrid Systems

Abdrahamane Traore, Allan Taylor, M. A. Zohdy, F. Z. Peng

Energy & Power
Plain-language summary

The stated focus of this paper is modeling and Simulation of a Hybrid Energy Storage System for Residential Grid-Tied Solar Microgrid Systems. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2017 · Journal of Signal and Information Processing

Low Complexity Dynamic Channel Equalization in OFDM with High Frequency Mobile Network Technologies

Redhwan Mawari, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is low Complexity Dynamic Channel Equalization in OFDM with High Frequency Mobile Network Technologies. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Redhwan Mawari
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2017 · Journal of Signal and Information Processing

Low Complexity Dynamic Channel Equalization in OFDM with High Frequency Mobile Network Technologies

Redhwan Mawari, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is low Complexity Dynamic Channel Equalization in OFDM with High Frequency Mobile Network Technologies. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2017 · 2017 International Energy and Sustainability Conference (IESC)

Investigation and analysis of the Lyapunov Control of Zohdy/Harb nonlinear oscillator

Mohammed Alghassab, Mohamed A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is investigation and analysis of the Lyapunov Control of Zohdy/Harb nonlinear oscillator. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Mohammed Alghassab
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2017 · 2017 International Energy and Sustainability Conference (IESC)

Investigation and analysis of the Lyapunov Control of Zohdy/Harb nonlinear oscillator

Mohammed Alghassab, Mohamed A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is investigation and analysis of the Lyapunov Control of Zohdy/Harb nonlinear oscillator. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2017 · Journal of Signal and Information Processing

Fading Channels Parametric Data Simulation Supported by Real Data from Outdoor Experiments

Azra Kapetanovic, Mohamed A. Zohdy, Redhwan Mawari

Other Research
Plain-language summary

The stated focus of this paper is fading Channels Parametric Data Simulation Supported by Real Data from Outdoor Experiments. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Azra Kaptanovic Dr. Redhwan Mawari
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2017 · Journal of Signal and Information Processing

Fading Channels Parametric Data Simulation Supported by Real Data from Outdoor Experiments

Azra Kapetanovic, Mohamed A. Zohdy, Redhwan Mawari

Other Research
Plain-language summary

The stated focus of this paper is fading Channels Parametric Data Simulation Supported by Real Data from Outdoor Experiments. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2016 · Journal of Signal and Information Processing

Second-Order Kalman Filtering Application to Fading Channels Supported by Real Data

Azra Kapetanovic, Redhwan Mawari, Mohamed A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is second-Order Kalman Filtering Application to Fading Channels Supported by Real Data. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Azra Kaptanovic Dr. Redhwan Mawari
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2016 · Journal of Signal and Information Processing

Second-Order Kalman Filtering Application to Fading Channels Supported by Real Data

Azra Kapetanovic, Redhwan Mawari, Mohamed A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is second-Order Kalman Filtering Application to Fading Channels Supported by Real Data. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2016 · Open Journal of Energy Efficiency

Modelling of a Residential Solar Energy Recuperation System Setup

Mohammed Alghassab, Mohamed A. Zohdy

Energy & Power
Plain-language summary

The stated focus of this paper is modelling of a Residential Solar Energy Recuperation System Setup. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Mohammed Alghassab
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2016 · Open Journal of Energy Efficiency

Modelling of a Residential Solar Energy Recuperation System Setup

Mohammed Alghassab, Mohamed A. Zohdy

Energy & Power
Plain-language summary

The stated focus of this paper is modelling of a Residential Solar Energy Recuperation System Setup. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2016 · Journal of Signal and Information Processing

An Improved Characterization of Small Scale Fading Based on 2D Measurements and Modeling of a Moving Receiver in an Indoor Environment

Redhwan Mawari, Alexander H. Henderson, Muhammad B. Akbar, Gregory D. Durgin, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is an Improved Characterization of Small Scale Fading Based on 2D Measurements and Modeling of a Moving Receiver in an Indoor Environment. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Redhwan Mawari
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2016 · Journal of Signal and Information Processing

An Improved Characterization of Small Scale Fading Based on 2D Measurements and Modeling of a Moving Receiver in an Indoor Environment

Redhwan Mawari, Alexander H. Henderson, Muhammad B. Akbar, Gregory D. Durgin, Mohamed Zohdy

Other Research
Plain-language summary

The stated focus of this paper is an Improved Characterization of Small Scale Fading Based on 2D Measurements and Modeling of a Moving Receiver in an Indoor Environment. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2015 · Journal of Signal and Information Processing

Robust Non-Coherent Demodulation Scheme for Bluetooth Voice Transmission Using Linear, Extended, and Unscented Kalman Filtering

Ali S. Alghamdi, Mahdi N. Ali, Mohamed A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is robust Non-Coherent Demodulation Scheme for Bluetooth Voice Transmission Using Linear, Extended, and Unscented Kalman Filtering. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ali Alghamdi
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2015 · Journal of Signal and Information Processing

Robust Non-Coherent Demodulation Scheme for Bluetooth Voice Transmission Using Linear, Extended, and Unscented Kalman Filtering

Ali S. Alghamdi, Mahdi N. Ali, Mohamed A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is robust Non-Coherent Demodulation Scheme for Bluetooth Voice Transmission Using Linear, Extended, and Unscented Kalman Filtering. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2015 · IEEE Wireless Communications Letters

GFSK Demodulation Using Sequential Monte Carlo Technique

Alhaj-Saleh Abdallah, Ahmad Nsour, Mohamed Zohdy, Jia Li

Other Research
Plain-language summary

The stated focus of this paper is GFSK Demodulation Using Sequential Monte Carlo Technique. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ahmed Nsour
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2015 · IEEE Wireless Communications Letters

GFSK Demodulation Using Sequential Monte Carlo Technique

Alhaj-Saleh Abdallah, Ahmad Nsour, Mohamed Zohdy, Jia Li

Other Research
Plain-language summary

The stated focus of this paper is GFSK Demodulation Using Sequential Monte Carlo Technique. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2015 · Transactions on Machine Learning and Artificial Intelligence

3D HMM-based Facial Expression Recognition using Histogram of Oriented Optical Flow

Sheng H Kung, Mohamed A. Zohdy, Djamel Bouchaffra

Other Research
Plain-language summary

The stated focus of this paper is 3D HMM-based Facial Expression Recognition using Histogram of Oriented Optical Flow. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Sheng Kung
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2015 · Transactions on Machine Learning and Artificial Intelligence

3D HMM-based Facial Expression Recognition using Histogram of Oriented Optical Flow

Sheng H Kung, Mohamed A. Zohdy, Djamel Bouchaffra

Other Research
Plain-language summary

The stated focus of this paper is 3D HMM-based Facial Expression Recognition using Histogram of Oriented Optical Flow. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2014 · 2014 IEEE Transportation Electrification Conference and Expo (ITEC)

Robust nonlinear position control of BLDC motor with friction

Maha Sabra, Bashar Khasawneh, Mohamed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is robust nonlinear position control of BLDC motor with friction. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Bashar Khasawneh Dr. Maha Sabra
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2014 · 2014 IEEE Transportation Electrification Conference and Expo (ITEC)

Robust nonlinear position control of BLDC motor with friction

Maha Sabra, Bashar Khasawneh, Mohamed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is robust nonlinear position control of BLDC motor with friction. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2014 · Journal of Power and Energy Engineering

Paralleled DC-DC Power Converters Sliding Mode Control with Dual Stages Design

Bashar Khasawneh, Maha Sabra, Mohamed A. Zohdy

Control & RoboticsEnergy & Power
Plain-language summary

The stated focus of this paper is paralleled DC-DC Power Converters Sliding Mode Control with Dual Stages Design. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Bashar Khasawneh Dr. Maha Sabra
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2014 · Journal of Power and Energy Engineering

Paralleled DC-DC Power Converters Sliding Mode Control with Dual Stages Design

Bashar Khasawneh, Maha Sabra, Mohamed A. Zohdy

Control & RoboticsEnergy & Power
Plain-language summary

The stated focus of this paper is paralleled DC-DC Power Converters Sliding Mode Control with Dual Stages Design. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2014 · Journal of Power and Energy Engineering

Nonlinear Control of Interior PMSM Using Control Lyapunov Functions

Maha Sabra, Bashar Khasawneh, Mohamed A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is nonlinear Control of Interior PMSM Using Control Lyapunov Functions. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Bashar Khasawneh Dr. Maha Sabra
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2014 · Journal of Power and Energy Engineering

Nonlinear Control of Interior PMSM Using Control Lyapunov Functions

Maha Sabra, Bashar Khasawneh, Mohamed A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is nonlinear Control of Interior PMSM Using Control Lyapunov Functions. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2014 · Journal of the Geological Society of India 84 (4), 431-441 , 2014

Geoelectric model and hydrochemistry of salinity affected lower Atrai Floodplain aquifer, NW Bangladesh: An approach for irrigation management

QH Mazumder, CS Jahan, F Mazumder, MA Islam, S Jaman, MN Ali, ...

Energy & Power
Plain-language summary

The stated focus of this paper is geoelectric model and hydrochemistry of salinity affected lower Atrai Floodplain aquifer, NW Bangladesh: An approach for irrigation management. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Fardeen Mazumder
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2014 · 2014 IEEE 57th International Midwest Symposium on Circuits and Systems (MWSCAS)

Design and application of an enhanced GA

Hatem Elgothamy, Mohamed A. Zohdy, Hoda S. Abdel-Aty-Zohdy

Other Research
Plain-language summary

The stated focus of this paper is design and application of an enhanced GA. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Hatem Gothamy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2014 · 2014 IEEE 57th International Midwest Symposium on Circuits and Systems (MWSCAS)

Design and application of an enhanced GA

Hatem Elgothamy, Mohamed A. Zohdy, Hoda S. Abdel-Aty-Zohdy

Other Research
Plain-language summary

The stated focus of this paper is design and application of an enhanced GA. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2013 · 2013 IEEE 56th International Midwest Symposium on Circuits and Systems (MWSCAS)

Use of the Extended Kalman Filter for biological models accuracy

Simon Omekanda, Jean-Lucien Omekanda, Hoda Abdel-Aty-Zohdy, Mohamed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is use of the Extended Kalman Filter for biological models accuracy. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Simon Omekanda
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2013 · 2013 IEEE 56th International Midwest Symposium on Circuits and Systems (MWSCAS)

Use of the Extended Kalman Filter for biological models accuracy

Simon Omekanda, Jean-Lucien Omekanda, Hoda Abdel-Aty-Zohdy, Mohamed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is use of the Extended Kalman Filter for biological models accuracy. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2013 · Wireless VITAE 2013

Phase tracking in Bluetooth receivers using Extended Kalman Filtering

Ahmad Nsour, Alhaj-Saleh Abdallah, Mohamed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is phase tracking in Bluetooth receivers using Extended Kalman Filtering. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ahmed Nsour
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2013 · Wireless VITAE 2013

Phase tracking in Bluetooth receivers using Extended Kalman Filtering

Ahmad Nsour, Alhaj-Saleh Abdallah, Mohamed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is phase tracking in Bluetooth receivers using Extended Kalman Filtering. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2013 · Systems and Synthetic Biology

Parameter estimation from experimental laboratory data of HSV-1 by using alternative regression method

Fatma A. Alazabi, Mohamed A. Zohdy, Susmit Suvas

Other Research
Plain-language summary

The stated focus of this paper is parameter estimation from experimental laboratory data of HSV-1 by using alternative regression method. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Fatma Alazabi
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2013 · Systems and Synthetic Biology

Parameter estimation from experimental laboratory data of HSV-1 by using alternative regression method

Fatma A. Alazabi, Mohamed A. Zohdy, Susmit Suvas

Other Research
Plain-language summary

The stated focus of this paper is parameter estimation from experimental laboratory data of HSV-1 by using alternative regression method. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2013 · SAE Technical Paper Series

Novel Operating Mode for DC-to-DC Converters in PHEVs

Bashar Khasawneh, Maha Sabra, M. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is novel Operating Mode for DC-to-DC Converters in PHEVs. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Bashar Khasawneh Dr. Maha Sabra
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2013 · SAE Technical Paper Series

Novel Operating Mode for DC-to-DC Converters in PHEVs

Bashar Khasawneh, Maha Sabra, M. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is novel Operating Mode for DC-to-DC Converters in PHEVs. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2013 · 2013 IEEE 56th International Midwest Symposium on Circuits and Systems (MWSCAS)

Nonlinear Lyapunov-based control for HIV-1 dynamics

Fatma A. Alazabi, Mohamed A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is nonlinear Lyapunov-based control for HIV-1 dynamics. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Fatma Alazabi
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2013 · 2013 IEEE 56th International Midwest Symposium on Circuits and Systems (MWSCAS)

Nonlinear Lyapunov-based control for HIV-1 dynamics

Fatma A. Alazabi, Mohamed A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is nonlinear Lyapunov-based control for HIV-1 dynamics. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2013 · 2013 Wireless Telecommunications Symposium (WTS)

GFSK phase estimation using Extended Kalman filtering for Non-Gaussian noise

Ahmad Nsour, Alhaj-Saleh Abdallah, Mohammed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is GFSK phase estimation using Extended Kalman filtering for Non-Gaussian noise. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ahmed Nsour
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2013 · 2013 Wireless Telecommunications Symposium (WTS)

GFSK phase estimation using Extended Kalman filtering for Non-Gaussian noise

Ahmad Nsour, Alhaj-Saleh Abdallah, Mohammed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is GFSK phase estimation using Extended Kalman filtering for Non-Gaussian noise. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2013 · IEEE International Conference on Electro-Information Technology , EIT 2013

An investigation into using Kalman filtering for phase estimation in bluetooth receivers for Gaussian and Non-Gaussian Noise

Ahmad Nsour, Alhaj-Saleh Abdallah, Mohammed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is an investigation into using Kalman filtering for phase estimation in bluetooth receivers for Gaussian and Non-Gaussian Noise. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ahmed Nsour
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2013 · IEEE International Conference on Electro-Information Technology , EIT 2013

An investigation into using Kalman filtering for phase estimation in bluetooth receivers for Gaussian and Non-Gaussian Noise

Ahmad Nsour, Alhaj-Saleh Abdallah, Mohammed Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is an investigation into using Kalman filtering for phase estimation in bluetooth receivers for Gaussian and Non-Gaussian Noise. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2012 · Journal of Intelligent Learning Systems and Applications

Type-2 Fuzzy Extended Kalman Filter for Dynamic Security Monitoring Based on Novel Sensor Fusion

Tarek Dakhlallah, Mohammed Zohdy, Omar Salim

Control & RoboticsSignals & Communications
Plain-language summary

The stated focus of this paper is type-2 Fuzzy Extended Kalman Filter for Dynamic Security Monitoring Based on Novel Sensor Fusion. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Omar Salim
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2012 · Journal of Intelligent Learning Systems and Applications

Type-2 Fuzzy Extended Kalman Filter for Dynamic Security Monitoring Based on Novel Sensor Fusion

Tarek Dakhlallah, Mohammed Zohdy, Omar Salim

Control & RoboticsSignals & Communications
Plain-language summary

The stated focus of this paper is type-2 Fuzzy Extended Kalman Filter for Dynamic Security Monitoring Based on Novel Sensor Fusion. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2012 · International Journal of Modern Nonlinear Theory and Application

Nonlinear Uncertain HIV-1 Model Controller by Using Control Lyapunov Function

Fatma A. Alazabi, Mohamed A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is nonlinear Uncertain HIV-1 Model Controller by Using Control Lyapunov Function. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Fatma Alazabi
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2012 · International Journal of Modern Nonlinear Theory and Application

Nonlinear Uncertain HIV-1 Model Controller by Using Control Lyapunov Function

Fatma A. Alazabi, Mohamed A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is nonlinear Uncertain HIV-1 Model Controller by Using Control Lyapunov Function. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2010 · Proceedings of the IEEE 2010 National Aerospace & Electronics Conference

Hyper-fuzzy modeling and control for bio-inspired radar processing

Omar M. Salim, Hoda S. Abdel-Aty-Zohdy, Mohamad A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is hyper-fuzzy modeling and control for bio-inspired radar processing. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Omar Salim
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2010 · Proceedings of the IEEE 2010 National Aerospace & Electronics Conference

Hyper-fuzzy modeling and control for bio-inspired radar processing

Omar M. Salim, Hoda S. Abdel-Aty-Zohdy, Mohamad A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is hyper-fuzzy modeling and control for bio-inspired radar processing. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2007 · Chaos, Solitons & Fractals

Recursive backstepping control of chaotic Duffing oscillators

Ahmad M. Harb, Ashraf A. Zaher, Ahmad A. Al-Qaisia, Mohammad A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is recursive backstepping control of chaotic Duffing oscillators. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ashraf Zaher
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2007 · Chaos, Solitons & Fractals

Recursive backstepping control of chaotic Duffing oscillators

Ahmad M. Harb, Ashraf A. Zaher, Ahmad A. Al-Qaisia, Mohammad A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is recursive backstepping control of chaotic Duffing oscillators. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2007 · Chaos, Solitons & Fractals

Recursive backstepping control of chaotic Duffing oscillators

Ahmad M. Harb, Ashraf A. Zaher, Ahmad A. Al-Qaisia, Mohammad A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is recursive backstepping control of chaotic Duffing oscillators. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2007 · Fourth International Conference on Information Technology (ITNG'07)

Development of a Model-Based Dynamic Recurrent Neural Network for Modeling Nonlinear Systems

MARC KARAM, MOHAMED A. ZOHDY

AI & Machine Learning
Plain-language summary

The stated focus of this paper is development of a Model-Based Dynamic Recurrent Neural Network for Modeling Nonlinear Systems. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Mark Karam
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2007 · Fourth International Conference on Information Technology (ITNG'07)

Development of a Model-Based Dynamic Recurrent Neural Network for Modeling Nonlinear Systems

MARC KARAM, MOHAMED A. ZOHDY

AI & Machine Learning
Plain-language summary

The stated focus of this paper is development of a Model-Based Dynamic Recurrent Neural Network for Modeling Nonlinear Systems. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2007 · 2007 Thirty-Ninth Southeastern Symposium on System Theory

Developing the Theory of a Model-Based Dynamic Recurrent Neural Network

Marc Karam, Mohamed A. Zohdy

AI & Machine Learning
Plain-language summary

The stated focus of this paper is developing the Theory of a Model-Based Dynamic Recurrent Neural Network. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Mark Karam
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2007 · 2007 Thirty-Ninth Southeastern Symposium on System Theory

Developing the Theory of a Model-Based Dynamic Recurrent Neural Network

Marc Karam, Mohamed A. Zohdy

AI & Machine Learning
Plain-language summary

The stated focus of this paper is developing the Theory of a Model-Based Dynamic Recurrent Neural Network. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2002 · Nonlinear Analysis: Modelling and Control

Chaos and Bifurcation Control Using Nonlinear Recursive Controller

A. M. Harb, M. A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is chaos and Bifurcation Control Using Nonlinear Recursive Controller. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2001 · Engineering Applications of Artificial Intelligence

Reinforcement learning control of nonlinear multi-link system

Ihsan Omur Bucak, Mohamed Ali Zohdy

AI & Machine LearningControl & Robotics
Plain-language summary

The stated focus of this paper is reinforcement learning control of nonlinear multi-link system. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Ihsan Bucak
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

2001 · Engineering Applications of Artificial Intelligence

Reinforcement learning control of nonlinear multi-link system

Ihsan Omur Bucak, Mohamed Ali Zohdy

AI & Machine LearningControl & Robotics
Plain-language summary

The stated focus of this paper is reinforcement learning control of nonlinear multi-link system. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1999 · Computer Standards & Interfaces

Computational results on recurrent dynamic neural network for signal analysis

Marc Karam, Mohamed A. Zohdy, Hoda S. Abdel-Aty-Zohdy

AI & Machine LearningSignals & Communications
Plain-language summary

The stated focus of this paper is computational results on recurrent dynamic neural network for signal analysis. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Mark Karam
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1999 · Computer Standards & Interfaces

Computational results on recurrent dynamic neural network for signal analysis

Marc Karam, Mohamed A. Zohdy, Hoda S. Abdel-Aty-Zohdy

AI & Machine LearningSignals & Communications
Plain-language summary

The stated focus of this paper is computational results on recurrent dynamic neural network for signal analysis. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1997 · Neurocomputing

A recurrent dynamic neural network for noisy signal representation

Mohamed A. Zohdy, Marc Karam, Hoda S. Abdel-Aty Zohdy

AI & Machine LearningSignals & Communications
Plain-language summary

The stated focus of this paper is A recurrent dynamic neural network for noisy signal representation. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Mark Karam
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1997 · Neurocomputing

A recurrent dynamic neural network for noisy signal representation

Mohamed A. Zohdy, Marc Karam, Hoda S. Abdel-Aty Zohdy

AI & Machine LearningSignals & Communications
Plain-language summary

The stated focus of this paper is A recurrent dynamic neural network for noisy signal representation. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1993 · International Journal of Systems Science

Robust design of discrete-time systems via optimization

M. A. ZOHDY, M. S. FADALI, J. LIU

Optimization & Systems
Plain-language summary

The stated focus of this paper is robust design of discrete-time systems via optimization. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. J Liu
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1993 · International Journal of Systems Science

Robust design of discrete-time systems via optimization

M. A. ZOHDY, M. S. FADALI, J. LIU

Optimization & Systems
Plain-language summary

The stated focus of this paper is robust design of discrete-time systems via optimization. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1993 · 1993 American Control Conference

Global Optimization of Stochastic Multivariable Functions

B. Adamczyk, M. A. Zohdy, Aftab Ali Khan

Optimization & Systems
Plain-language summary

The stated focus of this paper is global Optimization of Stochastic Multivariable Functions. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Aftab Khan Dr. B Adamczyk
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1993 · 1993 American Control Conference

Global Optimization of Stochastic Multivariable Functions

B. Adamczyk, M. A. Zohdy, Aftab Ali Khan

Optimization & Systems
Plain-language summary

The stated focus of this paper is global Optimization of Stochastic Multivariable Functions. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1993 · 1993 American Control Conference

Computing Environment Effects on Finite Difference Approximations of Continuous Nonlinear Systems

Slawomir T. Fryska, Mohamed A. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is computing Environment Effects on Finite Difference Approximations of Continuous Nonlinear Systems. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. S Fryska
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1993 · 1993 American Control Conference

Computing Environment Effects on Finite Difference Approximations of Continuous Nonlinear Systems

Slawomir T. Fryska, Mohamed A. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is computing Environment Effects on Finite Difference Approximations of Continuous Nonlinear Systems. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1992 · IEEE Transactions on Automatic Control

Variable structure control using system decomposition

M. Zohdy, M.S. Fadali, J. Liu

Control & Robotics
Plain-language summary

The stated focus of this paper is variable structure control using system decomposition. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. J Liu
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1992 · IEEE Transactions on Automatic Control

Variable structure control using system decomposition

M. Zohdy, M.S. Fadali, J. Liu

Control & Robotics
Plain-language summary

The stated focus of this paper is variable structure control using system decomposition. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1992 · 1992 American Control Conference

Quantitative Study of Chaos in a Piecewise Linear Mechanical System

Mohamed A. Zohdy, Slawomir T. Fryska

Other Research
Plain-language summary

The stated focus of this paper is quantitative Study of Chaos in a Piecewise Linear Mechanical System. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. S Fryska
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1992 · 1992 American Control Conference

Quantitative Study of Chaos in a Piecewise Linear Mechanical System

Mohamed A. Zohdy, Slawomir T. Fryska

Other Research
Plain-language summary

The stated focus of this paper is quantitative Study of Chaos in a Piecewise Linear Mechanical System. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1992 · IFAC Proceedings Volumes

Machine Tool-Wear Sensing Aided by a Stochastic Global Optimizer

M.A. Zohdy, B. Adamczyk

Other Research
Plain-language summary

The stated focus of this paper is machine Tool-Wear Sensing Aided by a Stochastic Global Optimizer. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. B Adamczyk
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1992 · IFAC Proceedings Volumes

Machine Tool-Wear Sensing Aided by a Stochastic Global Optimizer

M.A. Zohdy, B. Adamczyk

Other Research
Plain-language summary

The stated focus of this paper is machine Tool-Wear Sensing Aided by a Stochastic Global Optimizer. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1992 · Physics Letters A

Computer dynamics and shadowing of chaotic orbits

Slawomir T. Fryska, Mohamed A. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is computer dynamics and shadowing of chaotic orbits. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. S Fryska
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1992 · Physics Letters A

Computer dynamics and shadowing of chaotic orbits

Slawomir T. Fryska, Mohamed A. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is computer dynamics and shadowing of chaotic orbits. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1992 · 1992 American Control Conference

Composite System Stabilization by Decentralized Output Control

Abdul-Amir A. Abdul-Wahab, M.A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is composite System Stabilization by Decentralized Output Control. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdulameer Abdulwahab
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1992 · 1992 American Control Conference

Composite System Stabilization by Decentralized Output Control

Abdul-Amir A. Abdul-Wahab, M.A. Zohdy

Control & Robotics
Plain-language summary

The stated focus of this paper is composite System Stabilization by Decentralized Output Control. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1991 · 1991 American Control Conference

Stochastic Neura1 Learning in Identification and State Estimation

Mohamed A. Zohdy, Eric G. Mertz, Bogdan Adamczyk

AI & Machine Learning
Plain-language summary

The stated focus of this paper is stochastic Neura1 Learning in Identification and State Estimation. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. B Adamczyk
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1991 · 1991 American Control Conference

Stochastic Neura1 Learning in Identification and State Estimation

Mohamed A. Zohdy, Eric G. Mertz, Bogdan Adamczyk

AI & Machine Learning
Plain-language summary

The stated focus of this paper is stochastic Neura1 Learning in Identification and State Estimation. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1991 · International Journal of Control

Robust eigenstructure assignment for multi-input systems

M. Zohdy, K. Gu, H. S. Tantawy, M. S. Fadali

Other Research
Plain-language summary

The stated focus of this paper is robust eigenstructure assignment for multi-input systems. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy Postdoc Fadali
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1991 · IEEE Transactions on Automatic Control

A joint frequency-position domain structure identification of nonlinear discrete-time systems by neural networks

A.M. Elramsisi, M.A. Zohdy, N.K. Loh

AI & Machine Learning
Plain-language summary

The stated focus of this paper is A joint frequency-position domain structure identification of nonlinear discrete-time systems by neural networks. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdullah Alramsesi
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1991 · IEEE Transactions on Automatic Control

A joint frequency-position domain structure identification of nonlinear discrete-time systems by neural networks

A.M. Elramsisi, M.A. Zohdy, N.K. Loh

AI & Machine Learning
Plain-language summary

The stated focus of this paper is A joint frequency-position domain structure identification of nonlinear discrete-time systems by neural networks. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1990 · International Journal of Systems Science

Structured robust dynamic output feedback controllers for SCR operated DC-servo motors

ABDUL-AMIR A. ABDUL-WAHAB, M. A. ZOHDY

Control & Robotics
Plain-language summary

The stated focus of this paper is structured robust dynamic output feedback controllers for SCR operated DC-servo motors. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdulameer Abdulwahab
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1990 · International Journal of Systems Science

Structured robust dynamic output feedback controllers for SCR operated DC-servo motors

ABDUL-AMIR A. ABDUL-WAHAB, M. A. ZOHDY

Control & Robotics
Plain-language summary

The stated focus of this paper is structured robust dynamic output feedback controllers for SCR operated DC-servo motors. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1990 · Journal of Dynamic Systems, Measurement, and Control

On Robust Parametric Dynamic Output Feedback

M. A. Zohdy, A. A. Abdul-Wahab, N. K. Loh, Jun Liu

Other Research
Plain-language summary

The stated focus of this paper is on Robust Parametric Dynamic Output Feedback. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdulameer Abdulwahab
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1990 · Journal of Dynamic Systems, Measurement, and Control

On Robust Parametric Dynamic Output Feedback

M. A. Zohdy, A. A. Abdul-Wahab, N. K. Loh, Jun Liu

Other Research
Plain-language summary

The stated focus of this paper is on Robust Parametric Dynamic Output Feedback. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1990 · International Journal of Systems Science

Eigenvalue clustering in compensated parameter identifiers

ABDUL-AMIR A. ABDUL-WAHAB, M. A. ZOHDY

Other Research
Plain-language summary

The stated focus of this paper is eigenvalue clustering in compensated parameter identifiers. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdulameer Abdulwahab
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1990 · International Journal of Systems Science

Eigenvalue clustering in compensated parameter identifiers

ABDUL-AMIR A. ABDUL-WAHAB, M. A. ZOHDY

Other Research
Plain-language summary

The stated focus of this paper is eigenvalue clustering in compensated parameter identifiers. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1990 · 1990 American Control Conference

An Integerated Estimation and Control Scheme for Piece-Wise Linear Systems using Neural Networks

A. M. Elramsisi, M. A. Zohdy, M. S. Fadali

AI & Machine LearningControl & Robotics
Plain-language summary

The stated focus of this paper is an Integerated Estimation and Control Scheme for Piece-Wise Linear Systems using Neural Networks. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdullah Alramsesi
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1990 · 1990 American Control Conference

An Integerated Estimation and Control Scheme for Piece-Wise Linear Systems using Neural Networks

A. M. Elramsisi, M. A. Zohdy, M. S. Fadali

AI & Machine LearningControl & Robotics
Plain-language summary

The stated focus of this paper is an Integerated Estimation and Control Scheme for Piece-Wise Linear Systems using Neural Networks. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1989 · 1989 American Control Conference

Robust Pole Assignment for Computed Torque Robotic Manipulators Control

M.S. Fadali, M. Zohdy, B. Adamczyk

Control & Robotics
Plain-language summary

The stated focus of this paper is robust Pole Assignment for Computed Torque Robotic Manipulators Control. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. B Adamczyk
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1989 · 1989 American Control Conference

Robust Pole Assignment for Computed Torque Robotic Manipulators Control

M.S. Fadali, M. Zohdy, B. Adamczyk

Control & Robotics
Plain-language summary

The stated focus of this paper is robust Pole Assignment for Computed Torque Robotic Manipulators Control. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1989 · International Journal of Control

Eigensystem assignment by feedback control

ABDUL-AMIR A. ABDUL-WAHAB, M. A. ZOHDY

Control & Robotics
Plain-language summary

The stated focus of this paper is eigensystem assignment by feedback control. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdulameer Abdulwahab
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1989 · International Journal of Control

Eigensystem assignment by feedback control

ABDUL-AMIR A. ABDUL-WAHAB, M. A. ZOHDY

Control & Robotics
Plain-language summary

The stated focus of this paper is eigensystem assignment by feedback control. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1989 · International Journal of Control

Eigenstructure assignment in multivariable linear systems

Abdul-Amir A. Abdul-Wahab, M. A. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is eigenstructure assignment in multivariable linear systems. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdulameer Abdulwahab
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1989 · International Journal of Control

Eigenstructure assignment in multivariable linear systems

Abdul-Amir A. Abdul-Wahab, M. A. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is eigenstructure assignment in multivariable linear systems. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdulameer Abdulwahab
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1989 · International Journal of Control

Eigenstructure assignment in multivariable linear systems

Abdul-Amir A. Abdul-Wahab, M. A. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is eigenstructure assignment in multivariable linear systems. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1989 · International Journal of Control

Eigenstructure assignment in multivariable linear systems

Abdul-Amir A. Abdul-Wahab, M. A. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is eigenstructure assignment in multivariable linear systems. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1989 · 1989 American Control Conference

Application of Maximum Likelihood Identification with Multisensor Fusion to Time-varying Stochastic System

M.A. Zohdy, N.K. Loh, Jun Liu, A.A. Abdul-Wahab

Signals & Communications
Plain-language summary

The stated focus of this paper is application of Maximum Likelihood Identification with Multisensor Fusion to Time-varying Stochastic System. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdulameer Abdulwahab
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1989 · 1989 American Control Conference

Application of Maximum Likelihood Identification with Multisensor Fusion to Time-varying Stochastic System

M.A. Zohdy, N.K. Loh, Jun Liu, A.A. Abdul-Wahab

Signals & Communications
Plain-language summary

The stated focus of this paper is application of Maximum Likelihood Identification with Multisensor Fusion to Time-varying Stochastic System. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1988 · International Journal of Control

Generalized linear transformations on the design of robust dynamic output feedback controllers

ABDUL-AMIR A. ABDUL-WAHAB, M. A. ZOHDY

Control & Robotics
Plain-language summary

The stated focus of this paper is generalized linear transformations on the design of robust dynamic output feedback controllers. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdulameer Abdulwahab
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1988 · International Journal of Control

Generalized linear transformations on the design of robust dynamic output feedback controllers

ABDUL-AMIR A. ABDUL-WAHAB, M. A. ZOHDY

Control & Robotics
Plain-language summary

The stated focus of this paper is generalized linear transformations on the design of robust dynamic output feedback controllers. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1988 · International Journal of Control

Eigenvalue clustering in subregions of the complex plane

ABDUL-AMIR A. ABDUL-WAHAB, M. A. ZOHDY

Other Research
Plain-language summary

The stated focus of this paper is eigenvalue clustering in subregions of the complex plane. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdulameer Abdulwahab
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1988 · International Journal of Control

Eigenvalue clustering in subregions of the complex plane

ABDUL-AMIR A. ABDUL-WAHAB, M. A. ZOHDY

Other Research
Plain-language summary

The stated focus of this paper is eigenvalue clustering in subregions of the complex plane. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1987 · IEEE Transactions on Automatic Control

A robust optimal model matching control

M. Zohdy, Nan Loh, A.-A. Abdul-Wahab

Control & Robotics
Plain-language summary

The stated focus of this paper is A robust optimal model matching control. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdulameer Abdulwahab
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1987 · IEEE Transactions on Automatic Control

A robust optimal model matching control

M. Zohdy, Nan Loh, A.-A. Abdul-Wahab

Control & Robotics
Plain-language summary

The stated focus of this paper is A robust optimal model matching control. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1986 · 1986 American Control Conference

Eigenvalue Assignment in Compensated Parameter Identifiers

A. A. Abdul-Wahab, M. A. Zohdy, K. C. Cheok

Other Research
Plain-language summary

The stated focus of this paper is eigenvalue Assignment in Compensated Parameter Identifiers. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdulameer Abdulwahab
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1986 · 1986 American Control Conference

Eigenvalue Assignment in Compensated Parameter Identifiers

A. A. Abdul-Wahab, M. A. Zohdy, K. C. Cheok

Other Research
Plain-language summary

The stated focus of this paper is eigenvalue Assignment in Compensated Parameter Identifiers. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1986 · 1986 American Control Conference

Eigensystem Clustering via Feedback Control

A. A. Abdul-Wahab, M. A. Zohdy, N. K. Loh

Control & Robotics
Plain-language summary

The stated focus of this paper is eigensystem Clustering via Feedback Control. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdulameer Abdulwahab
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

1986 · 1986 American Control Conference

Eigensystem Clustering via Feedback Control

A. A. Abdul-Wahab, M. A. Zohdy, N. K. Loh

Control & Robotics
Plain-language summary

The stated focus of this paper is eigensystem Clustering via Feedback Control. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

Year unavailable · Proceedings of 1995 American Control Conference - ACC'95

Variable structure dynamic output feedback

M.A. Zohdy, M.S. Fadali, J. Liu

Other Research
Plain-language summary

The stated focus of this paper is variable structure dynamic output feedback. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. J Liu
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

Year unavailable · Proceedings of 1995 American Control Conference - ACC'95

Variable structure dynamic output feedback

M.A. Zohdy, M.S. Fadali, J. Liu

Other Research
Plain-language summary

The stated focus of this paper is variable structure dynamic output feedback. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

Year unavailable · Conference Proceedings., IEEE International Conference on Systems, Man and Cybernetics

Structure recognition of nonlinear discrete-time systems by neural networks

A.M. Elramsisi, M.A. Zohdy, N.K. Loh

AI & Machine Learning
Plain-language summary

The stated focus of this paper is structure recognition of nonlinear discrete-time systems by neural networks. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdullah Alramsesi
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

Year unavailable · Conference Proceedings., IEEE International Conference on Systems, Man and Cybernetics

Structure recognition of nonlinear discrete-time systems by neural networks

A.M. Elramsisi, M.A. Zohdy, N.K. Loh

AI & Machine Learning
Plain-language summary

The stated focus of this paper is structure recognition of nonlinear discrete-time systems by neural networks. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

Year unavailable · Proceedings of 1994 American Control Conference - ACC '94

Perturbation bounds for root-clustering in a circular region of linear continuous systems

A.-A.A. Abdul-Wahab, M.A. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is perturbation bounds for root-clustering in a circular region of linear continuous systems. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. Abdulameer Abdulwahab
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

Year unavailable · Proceedings of 1994 American Control Conference - ACC '94

Perturbation bounds for root-clustering in a circular region of linear continuous systems

A.-A.A. Abdul-Wahab, M.A. Zohdy

Other Research
Plain-language summary

The stated focus of this paper is perturbation bounds for root-clustering in a circular region of linear continuous systems. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

Year unavailable · [1991] Proceedings of the 30th IEEE Conference on Decision and Control

Least squares approach to constrained global optimization

M.A. Zohdy, B. Adamczyk

Optimization & Systems
Plain-language summary

The stated focus of this paper is least squares approach to constrained global optimization. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. B Adamczyk
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

Year unavailable · [1991] Proceedings of the 30th IEEE Conference on Decision and Control

Least squares approach to constrained global optimization

M.A. Zohdy, B. Adamczyk

Optimization & Systems
Plain-language summary

The stated focus of this paper is least squares approach to constrained global optimization. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

Year unavailable · [1992] Proceedings of the 35th Midwest Symposium on Circuits and Systems

A neural network approach to least squares estimation

B. Adamczyk, M.A. Zohdy, H.S. Abdel-Aty Zohdy

AI & Machine Learning
Plain-language summary

The stated focus of this paper is A neural network approach to least squares estimation. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Dr. B Adamczyk
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

Year unavailable · [1992] Proceedings of the 35th Midwest Symposium on Circuits and Systems

A neural network approach to least squares estimation

B. Adamczyk, M.A. Zohdy, H.S. Abdel-Aty Zohdy

AI & Machine Learning
Plain-language summary

The stated focus of this paper is A neural network approach to least squares estimation. This overview describes its topic; consult the publication for the approach and findings.

Topic overview based on the publication title; the abstract and full text have not been reviewed.

View publication ↗
ICCC researcher profiles: Professor Mohamed A. Zohdy
Start here · New researcher guide

A reading workflow, not an author-verified summary. Confirm all details in the original publication.

  1. Check the fit. Read the abstract and introduction. Write down the research question and explain how it relates to your idea.
  2. Understand the method. Identify the approach, assumptions, data and evaluation measures in the paper.
  3. Check reproducibility. Look for linked code, datasets and supplementary material. Availability has not been verified by ICCC.
  4. Find your next question. Read limitations and future work. Propose one extension and check newer literature before claiming a research gap.
  5. Plan a first experiment. Define a baseline, the change you will test and a measurable outcome. Discuss feasibility with your supervisor.

For questions or collaboration, visit the member profile and use a listed contact channel. Authorship and collaboration require agreement.

Connect around a research idea

Visit a researcher’s profile for available contact details. Send a specific question explaining the paper you read and what you would like to explore.

Explore ICCC researchers →
ICCC · Design preview
Previous Website — الموقع السابق