Papers
3
Total Citations
21
H-Index
2
About
Fathi Ben Ouezdou is a leading researcher in the fields of bipedal robotics, humanoid locomotion, and medical exoskeletons. His work bridges fundamental biomechanics and applied rehabilitation technology, with a focus on adaptive control strategies for walking robots and assistive devices. Among his most cited contributions is a 2010 study on adaptive locomotive behaviors in biped robots, which explores pattern generation and classification for more natural, responsive gaits—a foundational piece with 13 citations. He has also advanced the control of bipedal robots with flexible feet, proposing a novel approach that plans sequential walking events without relying on pre-defined reference trajectories, enabling greater reactivity in 3D operational space. In the medical domain, Ben Ouezdou co-authored a comprehensive 2019 review of electronics, control architectures, and human interfaces for commercial lower limb exoskeletons stabilized by crutches, a work that has garnered 6 citations and highlights his commitment to translating robotic research into tangible rehabilitation tools. His contributions are shaping how robots and exoskeletons achieve stable, adaptive locomotion, with direct implications for improving mobility in clinical and assistive contexts.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3