MF
Mohammed Fattah
Sidi Mohamed Ben Abdellah University, Université Moulay Ismail
Research areas: Engineering · Electrical and Electronic Engineering · Microwave Engineering and Waveguides · Antenna Design and Analysis · Advanced Antenna and Metasurface Technologies
Employment
- 2025 - Present
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Université Moulay Ismail Professor2014 - 2025
Education
Education history is unavailable.
Projects & Funding
Projects & funding information is unavailable.
Publications (171)
- AI-Driven Zero-Day Attack Detection: A Comparative Analysis of Supervised and Unsupervised Learning Approaches Save
- Explainable Artificial Intelligence for Predicting and Understanding Student Academic Performance Save
- Explainable Ensemble Learning for Ransomware Detection Save
- Network Threat Classification Using XGBoost on CICFlowMeter-Style Features Save
- Machine learning–driven prediction of wideband slot-free FSS-based terahertz antenna performance for 6 G networks Save
- A survey of blockchain-based solutions for secure social networks Save
- Artificial intelligence–based intrusion detection for the internet of medical things: Practical insights and a critical survey Save
- Design and Analysis of a W-Band Active Balun Based on Common-Source and Common-Gate Transistor Topologies Save
- Design of a High-Performance Active Balun for 94 Ghz Millimeter-Wave Front-End Applications Save
- Enhancing IoT Connectivity through Advanced Scheduling at 142 GHz Sub-THz in 5G and Beyond Networks Save
- Kagi Line Charting and Deep Learning Model for Cryptocurrency Forecasting Save
- Machine learning for terahertz patch antennas: A systematic review of modeling, optimization, and performance prediction for 6G networks Save
- A novel quad-port configuration CPW-fed MIMO antenna design with triangular PBG structures for 6G communications in the sub-terahertz band Save
- A novel wideband, high-performance slot-free CPW-fed antenna with a double-layer PBG structure featuring quasi-periodic and large holes for short-link terahertz applications Save
- A Comprehensive Review of AI-Empowered IoT Services in 6G Networks, Emerging Technologies and Innovative Applications Save
- A Deep Learning Framework for Pedestrian Detection from FMCW Radar Data Save
- A Deep Learning-Based Framework to Protect Healthcare Systems from Cyber-Attacks Save
- A Generic Interest-Oriented Recommender System Framework Save
- A Malware Detection Approach For Internet of Medical Things Using Machine Learning Save
- A Metamaterial (MTM) Array Antenna Featuring High Gain and Super Wide Bandwidth for mm-Wave 5G NR n257/n260/n261 Networks Applications Save