Minghe Jin

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About

Minghe Jin is a robotics researcher whose work spans advanced manipulator control, space robotics, and intelligent motion planning. His research has made notable contributions to the practical implementation of compliant robot control systems, particularly in the domain of Cartesian impedance control for torque-based manipulators. In his widely recognized 2008 study, Jin conducted experimental investigations into impedance control and nonlinearity compensation for harmonic drive robots equipped with joint torque sensors, accumulating 14 citations and revealing critical limitations in existing friction modeling approaches. This work laid important groundwork for more precise and responsive robotic systems in industrial and research settings. Building on this foundation, Jin expanded his research into the challenging domain of space robotics. His 2022 study on dual-arm space robots introduced a minimum disturbance controller utilizing synchronous and adaptive acceleration planning to address end-effector chattering caused by measurement noise and time delay — persistent obstacles in on-orbit manipulation tasks. This contribution, which has already attracted 7 citations, demonstrates his continued commitment to solving real-world operational challenges in advanced robotic systems. Across his career, Jin has established himself as a researcher dedicated to bridging theoretical control frameworks with reliable, physically deployable robotic solutions.