Fu-Han Hsieh
Papers
2
Total Citations
12
H-Index
2
About
Fu-Han Hsieh is a pioneering researcher in neurorobotic rehabilitation, specializing in spinal cord injury (SCI) and stroke recovery. His work bridges neural stimulation and robotic systems to restore locomotion after neurological damage. In his landmark 2011 study, Hsieh introduced a robot-driven spinal epidural stimulation method for adult spinalized rats, demonstrating superior gait recovery compared to conventional continuous stimulation. This innovative approach, integrating a trunk-based neurorobotic system, has garnered 10 citations and laid foundational groundwork for next-generation SCI therapies. Hsieh further advanced the field by developing an EMG controller-based robotic gait training system for subacute stroke patients. His 2019 clinical feasibility study showed promising improvements in locomotive function, addressing the critical need for effective rehabilitation in the one-third of stroke survivors who fail to regain independent walking. By combining real-time electromyographic feedback with robotic assistance, Hsieh’s work exemplifies the shift toward personalized, adaptive neurorehabilitation. His contributions hold significant potential to reduce the long-term disability burden of stroke and SCI, positioning him as a key innovator at the intersection of neural engineering and robotics.
Research Focus
Key Achievements
Top Papers
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