Dr. Hussein El Ghor Professor & Expert in Cybersecurity
Shaping the Future of Digital Security Through Research, Teaching & Innovation
Know About Me
Dr. Hussein El Ghor is a full professor at the Lebanese University, Faculty of Engineering in Beirut. His multidisciplinary research spans cybersecurity, real-time and embedded systems, blockchain, and machine learning. He has contributed to advanced scheduling algorithms for energy-harvesting systems and explores security paradigms in wireless networks and decentralized systems. His recent works include a blockchain‑based framework for trustworthy social networks (MENACOMM 2025). El Ghor is committed to advancing cybersecurity education and research in Lebanon and internationally.
Research Areas & Expertise
Dr. Hussein El Ghor’s research focuses on advancing digital security, intelligent systems, and cutting-edge computing technologies. His core areas of expertise include:
Cybersecurity
Protecting digital systems through threat detection, secure communication, and network defense strategies.
Real-Time Systems
Developing systems that guarantee timely and predictable responses in mission-critical environments like embedded systems and IoT.
Blockchain & Trust Systems
Designing decentralized architectures to ensure transparency, immutability, and trust in digital interactions.
Quantum Computing
Exploring next-generation computing paradigms to solve complex problems in cryptography and data security.
Teachings
Energy-Aware Embedded Systems & Energy Harvesting
DVFS, power management, scheduling under energy constraints from ambient sources
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Real-Time Systems & Scheduling
EH‑EDF, aperiodic task servers, slack stealing, deadline-aware scheduling
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Data Communication & Networks (CCNA‑1)
Networking fundamentals, routers, IP addressing, CCNA curriculum
Learn MoreResearch Projects
Real-Time Scheduling for IoT2
Developing time-critical scheduling algorithms for low-power wireless sensor networks powered by energy harvesting
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Real-Time Scheduling for IoT1
Developing time-critical scheduling algorithms for low-power wireless sensor networks powered by energy harvesting
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Real-Time Scheduling for IoT
Developing time-critical scheduling algorithms for low-power wireless sensor networks powered by energy harvesting
Learn More“In a world driven by technology, cybersecurity is not a choice — it is a necessity.”
— Dr. Hussein El Ghor