Shumei Yu

Soochow University, Shenyang Institute of Automation

Papers

Total Citations

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About

Shumei Yu is a robotics researcher whose work spans autonomous systems, surgical robotics, and bio-inspired locomotion. With a career dedicated to advancing practical robotic applications, Yu has made meaningful contributions across several distinct but interconnected domains within robotics engineering. Yu's early work explored bio-inspired movement, with a notable 2008 study analyzing the helical gait of snake-like robots, which provided the first rigorous investigation into how control parameter settings influence locomotion performance in these systems — work that has since garnered 13 citations. Building on autonomous systems research, Yu contributed to the design and experimental validation of a multifunction floor cleaning robot's mopping module in 2014, addressing real-world implementation challenges in domestic robotics and earning 23 citations, making it their most impactful publication. Perhaps Yu's most forward-looking contribution is the 2018 work on intelligent control for human-robot cooperation in orthopedic surgery, reflecting a compelling pivot toward medical robotics and accumulating 16 citations. This research highlights Yu's ability to translate foundational robotics principles into high-stakes clinical environments where precision and safety are paramount. Across these diverse projects, Yu demonstrates a consistent commitment to bridging theoretical robotics research with tangible, practical applications.