Binbin Chen

Papers

Total Citations

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About

Binbin Chen is a robotics researcher whose work focuses on the intersection of locomotion stability and surgical automation. His key research areas include quadruped robot gait planning and medical robotic systems, where he has made notable contributions to both static stability control and precision surgical assistance. In his 2014 paper on quadruped robot crawl gait planning, Chen introduced the Double-Support Triangle (DST) theory to address extreme circumstances where dynamic stability is insufficient, designing trajectories for the center of gravity and swing leg tip that enable reliable static locomotion. This work, cited 10 times, provides a foundational approach for robots operating in challenging environments. Chen also advanced surgical robotics with his 2018 design of a 6-DOF parallel mechanism system for spinal puncture procedures, achieving 6 citations for its automation of surgical instrument adjustment—a shift from manual to efficient, automatic operation. His contributions demonstrate a dual commitment to enhancing robot mobility in critical conditions and improving medical outcomes through precision engineering, marking him as a researcher bridging theoretical stability models with practical healthcare applications.