Bainan Zhang

Papers

Total Citations

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About

Bainan Zhang is a robotics researcher whose work bridges the critical gap between human rehabilitation and extraterrestrial exploration. His primary research areas include impedance control for complex docking structures, cable-driven rehabilitation exoskeletons, and bio-inspired robotic design for space applications. Zhang’s most cited work, "An Improved Variable Spring Balance Position Impedance Control for a Complex Docking Structure" (2016, 7 citations), addresses the nuanced challenge of force-sensitive manipulation in constrained environments. He further advanced human-centered robotics with "Motion and force control method of 7-DOF cable-driven rehabilitation exoskeleton robot" (2018, 4 citations), which introduces a lightweight, seven-degree-of-freedom exoskeleton designed to adapt training methods across different stages of patient recovery. Demonstrating remarkable versatility, Zhang also contributed to space robotics with "Foot/hand design for a chameleon-like service robot in space station" (2013, 3 citations), where he drew inspiration from the chameleon’s grip to create a novel, multi-functional end-effector for in-orbit operations. While his citation counts reflect a focused, emerging career, Zhang’s work is notable for its cross-domain impact—applying principles of biomimicry and adaptive control to both assistive medical devices and the demanding environments of space stations.