Yinghan Wang

Papers

Total Citations

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About

Yinghan Wang is a robotics researcher whose work focuses on assistive and rehabilitation technologies, particularly for lower-limb mobility. His key research areas include flexible robotic systems, cable-driven actuation, and human-robot interaction for medical applications. Wang’s most notable contribution is his 2020 paper, “Flexible Ankle-Assisted Robot Technology Based on Rope Drive,” which has garnered 7 citations. In this work, he addresses the critical need for ankle joint assistance in patients with dyskinesia and elderly individuals with degraded motor function. By proposing a novel cable-driven, flexible robotic exoskeleton, Wang demonstrates how lightweight, compliant mechanisms can effectively support ankle rehabilitation and daily mobility. His approach emphasizes safety, adaptability, and user comfort—key factors often overlooked in rigid exoskeleton designs. Though early in his career, Wang’s research has already drawn attention for its practical potential in clinical and home-based settings. His work contributes to the growing field of soft robotics for rehabilitation, offering a promising path toward more accessible and natural assistive devices. As he continues to develop and test these systems, Wang is positioned to make lasting impacts on both robotic design and patient quality of life.