Zehao Yan
Papers
4
Total Citations
88
H-Index
4
About
Zehao Yan is at the forefront of robotic hip exoskeleton research, focusing on sensing, decision-making, and actuation to enhance human mobility. His work addresses global challenges like aging populations and occupational demands, with major contributions in human-in-the-loop optimization and muscle synergy-based control. Yan’s 2022 review on robotic hip exoskeletons, with 35 citations, provides a comprehensive framework for the field, while his 2023 study on reducing muscle activity during walking (24 citations) demonstrates real-world impact through personalized assistance. His 2024 paper on optimizing exoskeleton assistance via muscle synergy (16 citations) introduces a novel approach for customized control, and his 2021 work on hybrid oscillator-based control (13 citations) offers a no-delay solution for free walking. Notably, Yan’s research integrates iterative optimization to tailor exoskeleton support, reducing physical strain and improving efficiency. His achievements highlight a commitment to advancing wearable robotics for rehabilitation, elderly care, and occupational use, making him a key figure in developing smarter, more adaptive assistive technologies.
Research Focus
Key Achievements
Top Papers
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