Ye Huo

Papers

Total Citations

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About

Ye Huo is a leading figure in rehabilitation robotics, with a primary focus on developing innovative cable-driven parallel robots for therapeutic applications. Their most cited work, "Development of a novel cable-driven parallel robot for full-cycle ankle rehabilitation" (2024), has garnered 18 citations, showcasing its early impact in the field. Huo's major contribution lies in designing a robotic system that enables comprehensive, full-cycle ankle rehabilitation, addressing a critical gap in post-injury recovery by providing precise, controlled, and repetitive motion therapy. This work not only advances the mechanical design of cable-driven systems but also integrates patient-specific adaptability, enhancing clinical efficacy. Huo's research bridges engineering and medicine, offering scalable solutions for physical therapy. Their achievements include pioneering novel kinematic architectures and control strategies that improve patient outcomes, with potential applications extending to other joint rehabilitation. As a researcher, Huo is recognized for translating complex robotic principles into practical, accessible devices, making significant strides toward automated, personalized rehabilitation. Their work continues to inspire innovations in assistive technology and human-robot interaction.