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About

Shin-ichiroh Yamamoto is a leading researcher in rehabilitation robotics, with a primary focus on developing safe, compliant robotic orthoses for gait rehabilitation. His work centers on the design and control of lower-limb robotic systems actuated by pneumatic artificial muscles (PAMs), a technology that offers inherent compliance and safety for human-robot interaction. Yamamoto’s major contributions include pioneering a modified computed torque control strategy and a feedforward-feedback control approach to achieve precise trajectory tracking while maintaining patient comfort. He has also addressed critical safety concerns by proposing methods for real-time risk detection and troubleshooting in high-compliant gait training robots. His most cited papers, including “Modified Computed Torque Control of a Robotic Orthosis for Gait Rehabilitation” (8 citations) and “Safety Enhancement of a Pneumatic Artificial Muscle Actuated Robotic Orthosis for Gait Rehabilitation” (6 citations), reflect the growing impact of his work in the field. Notably, his development of a 2-degree-of-freedom orthosis with bi-articular muscle configurations has advanced the stiffness and stability of rehabilitation devices. Yamamoto’s research is essential for students and engineers seeking to understand the intersection of control theory, biomechanics, and patient safety in next-generation rehabilitation technology.