M. Yousef Ibrahim
Federation University, Monash University, Churchill School and Center
Papers
27
Total Citations
308
H-Index
9
About
M. Yousef Ibrahim is a distinguished robotics researcher whose career spans over two decades of pioneering work in mobile robot navigation, robotic cell optimization, and surgical robotics. His research is perhaps best defined by his sustained contributions to path-planning algorithms, culminating in his highly cited 2022 survey on navigation in dynamic environments (69 citations), which synthesizes decades of progress across sectors ranging from mining and agriculture to military and healthcare applications. One of his most notable original contributions is the **Agoraphilic Algorithm**, an innovative "optimistic" navigation approach that guides robots toward free space rather than away from obstacles — a conceptual shift he first introduced in 1998 using hybrid adaptive fuzzy-potential field methods and refined through multiple subsequent publications. Beyond navigation, Ibrahim has made meaningful contributions to robotic manufacturing, developing scheduling methodologies for multifunction robotic workcells, and to surgical robotics, including haptic devices based on spherical parallel manipulators and flexible electrohydraulic forceps for minimally invasive surgery. With work spanning foundational theory, applied robotics, and medical systems, Ibrahim's research profile reflects a versatile and enduring commitment to advancing intelligent, autonomous, and human-assistive robotic systems.
Research Focus
Key Achievements
Top Papers
- 1
- 2Study on mobile robot navigation techniques29 citations · 2005
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- 5A new methodology of mobile robot navigation: The agoraphilic algorithm25 citations · 2008
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- 10Scheduling dual gripper robotic cells with a hub machine9 citations · 2013