Papers
3
Total Citations
16
H-Index
2
About
Xiaoyong Wu is a rising researcher in the field of robotics, with a focused expertise in the design and analysis of parallel mechanisms, particularly for medical and rehabilitation applications. His work addresses critical challenges in robotic manipulation, including the study of architectural singularities in parallel mechanisms with prismatic joints, where he has identified how the specific shapes of mobile or base platforms can lead to a loss or gain of degrees of freedom—a fundamental insight for improving robotic reliability and safety. Wu’s contributions extend to practical biomedical engineering, where he has developed a novel two-degree-of-freedom parallel mechanism for ankle rehabilitation, optimized through careful consideration of structural layouts and offering both nonredundant and redundant actuation to enhance therapeutic outcomes. He has also pioneered stiffness modulation techniques for orthopedic robots, employing large-range variable stiffness mechanisms to enable safer, more adaptive human-robot interaction. With his most-cited work accumulating over 10 citations, Wu is establishing a strong foundation in mechanism design and optimization, and his recent publications in 2025 signal a growing impact on the development of next-generation rehabilitation and surgical robotics.
Research Focus
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