Mansour A. Mohamed

Papers

Total Citations

H-Index

About

Mansour A. Mohamed is a prominent researcher in power systems engineering, with key contributions in transient stability enhancement and multi-agent control techniques. His most-cited work, “On-line transient stability enhancement using multi-agent technique” (2003, 26 citations), introduces an innovative two-part framework: a prediction agent that forecasts power system instability, inspired by robotic ball-catching algorithms, and a control agent that activates corrective measures in real time. This approach bridges artificial intelligence and power system dynamics, offering a scalable solution for preventing blackouts. Mohamed’s research has been instrumental in advancing online stability assessment, earning recognition for its practical relevance in modern grid management. With a career focused on integrating intelligent systems into energy infrastructure, his work continues to influence students and researchers exploring adaptive control, machine learning applications in power systems, and real-time fault mitigation. His contributions underscore the potential of multi-agent architectures to enhance grid resilience, making him a respected figure in the field.