Papers
19
Total Citations
449
H-Index
9
About
Joon-Ho Shin is a rehabilitation medicine researcher whose work centers on robotic rehabilitation, neuroplasticity, and motor recovery in stroke patients. Based at the intersection of clinical neuroscience and rehabilitation engineering, Shin has made significant contributions to understanding how different robotic systems can best support upper and lower extremity recovery following stroke. His most influential work, cited 158 times, directly compared end-effector and exoskeleton rehabilitation robots in chronic stroke patients with moderate-to-severe upper limb impairment — a previously unaddressed clinical question that has meaningfully guided device selection in stroke rehabilitation practice. He has extended this comparative approach across multiple studies, examining actuated versus non-actuated exoskeletons, active versus resistive training modalities, and optimal patient profiles for robotic intervention. Shin's research also explores the neurological underpinnings of recovery. His randomized controlled trial on neuroplastic effects of gait training robots reveals how locomotor rehabilitation reshapes cortical organization, while his work on EEG-EMG hybrid classification systems and intermuscular coordination reflects a growing interest in brain-computer interface applications for stroke care. With over 400 cumulative citations, Shin's evidence-based, clinically rigorous approach has positioned him as an important voice in translating robotic technologies into effective, personalized rehabilitation strategies for stroke survivors.
Research Focus
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