Chao Xin
Papers
2
Total Citations
12
H-Index
1
About
Chao Xin is a rising researcher in the field of rehabilitation robotics and parallel mechanism design, with a focus on developing advanced robotic systems for human motion assistance. His primary research areas include ankle rehabilitation robotics, spherical parallel mechanisms (SPMs), and kinematic optimization. Xin’s major contribution lies in the design and analysis of novel parallel mechanisms that closely mimic human joint physiology. His most-cited work, "Parameters optimization and trajectory planning of a novel 3-UPU parallel mechanism for ankle rehabilitation" (2023, 11 citations), addresses a critical gap in existing rehabilitation robots by ensuring motion compatibility with the ankle’s natural structure, thereby improving rehabilitation accuracy and patient safety. Additionally, his 2024 paper on a spherical 2-DOF parallel mechanism introduces design principles for high-stiffness, large-workspace systems suitable for surgical and exoskeleton applications. Though early in his career, Xin’s focus on biomimetic design and kinematic precision positions him as a promising contributor to human-robot interaction and medical robotics. His work demonstrates a clear commitment to translating mechanical theory into practical, patient-centered solutions.
Research Focus
Key Achievements
Top Papers
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- 2