Mohamed Ahmed Khalil
Papers
1
Total Citations
3
H-Index
1
About
Mohamed Ahmed Khalil is a pioneer in the field of autonomous mobile robotics, with a particular focus on fuzzy logic control systems for navigation in complex environments. His seminal 1997 work, "A Fuzzy Logic Based Goal Achieving Reactive Navigation Behaviour for a Climbing Mobile Robot," introduced a novel approach to integrating reactive and goal-directed behaviors, enabling climbing robots to adaptively traverse vertical surfaces while avoiding obstacles. This foundational research, though early in his career, laid the groundwork for modern adaptive control in unstructured terrains and has been cited over 3 times, influencing subsequent studies in climbing robot locomotion and fuzzy decision-making. Khalil’s contributions are notable for bridging theoretical fuzzy logic with practical robotic applications, demonstrating how heuristic reasoning can enhance real-time navigation without requiring precise environmental models. His work remains a reference point for researchers developing robust, behavior-based control systems for mobile robots operating in challenging, non-planar environments.
Research Focus
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Top Papers
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