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About

Louis Yuge is a pioneering researcher at the intersection of rehabilitation robotics and neurophysiology, with a primary focus on developing intelligent assistive technologies for gait rehabilitation. His work centers on two key areas: robotic ankle-foot orthoses and the neurological mechanisms underlying walking assistance. Yuge’s major contribution lies in creating the RE-Gait device, a close-fitting walking assistive robot that adapts to individual gait patterns in real-time, providing precise mechanical support throughout the entire gait cycle—a significant advancement over traditional ankle-foot orthoses that only assist during specific phases. His research has garnered substantial attention, with his most cited paper on the short-term effects of walking assistive devices on spinal cord reciprocal inhibition accumulating 21 citations, while his work on two-dimensional emotion evaluation using multiple physiological signals has reached 19 citations. Notably, Yuge’s 2023 study on the instantly gait-adaptive ankle assistive robot demonstrates his commitment to addressing age-related mobility challenges, particularly for stroke prevention in elderly populations. Through his innovative combination of robotic control systems and neurophysiological assessment methods—including intramuscular coherence analysis—Yuge is advancing our understanding of how robotic assistance interacts with the human nervous system, paving the way for more effective rehabilitation interventions.