Yusuke Imada

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About

Yusuke Imada is a leading researcher in rehabilitation robotics and bipedal locomotion, whose work bridges engineering innovation and clinical application. His primary research areas include robotic-assisted rehabilitation for upper limbs, force display techniques, and bipedal walking control on uneven terrain. Imada’s most impactful contribution is the development of the 3D Exercise Machine for Upper Limbs (EMUL), a robotic system that integrates virtual reality to provide quantitative evaluation and enhanced training for stroke patients. This work, part of a five-year NEDO project, has garnered 43 citations and demonstrated how robotics can improve rehabilitation outcomes through precise, repeatable exercises. In bipedal robotics, Imada introduced the ZMP criteria map, a real-time method enabling stable walking on rough terrain by dynamically adjusting gait patterns based on swing leg timing—a concept cited 25 times for its practical approach to complex locomotion challenges. His earlier force display techniques for rehabilitation robots, with 8 citations, laid groundwork for haptic feedback in therapy. Imada’s research stands out for its direct clinical testing and real-world applicability, making him a key figure in advancing assistive technologies that enhance human mobility and recovery.