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About

Norihide Itoh is a rehabilitation robotics researcher whose work sits at the intersection of clinical rehabilitation science and assistive technology engineering. He has made significant contributions to the development and clinical evaluation of robotic systems designed to restore functional mobility in patients with neurological impairments, particularly stroke survivors experiencing hemiplegia. Itoh is closely associated with two landmark platforms: the Gait Exercise Assist Robot (GEAR), a stationary one-leg robotic system enabling precise gait assistance and real-time feedback, and the Balance Exercise Assist Robot (BEAR), designed to train postural stability through controlled perturbation. His 2017 paper detailing GEAR's design and control features has accumulated 36 citations and remains a foundational reference in robotic gait rehabilitation. Collaborative clinical trials have demonstrated GEAR's measurable effectiveness for hemiplegic stroke patients, broadening its translational impact. His earlier work on personal transport assistance robots for central nervous system disorders, cited 31 times, further underscores his sustained focus on accessible mobility solutions. Through interdisciplinary collaboration spanning engineering, physical medicine, and neurology, Itoh's research has meaningfully advanced evidence-based robotic rehabilitation, offering promising pathways for patients with complex motor recovery challenges.