Jianming Yang

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About

Jianming Yang is a pioneering researcher in robotics and control systems, with a career spanning decades of innovation in robot safety and manipulation. His foundational work, "Robust Vibration Control for SCARA-Type Robot Manipulators" (1997), with 24 citations, established critical methods for stabilizing high-speed industrial robots—a key contribution to precision manufacturing. Yang’s most impactful recent work, "A Position and Torque Switching Control Method for Robot Collision Safety" (2018), with 16 citations, addresses a pressing challenge in human-robot interaction: enabling robots to detect and safely respond to collisions without sacrificing performance. This switching control strategy has direct applications in collaborative robotics, where safety is paramount. Yang also explored novel vision systems, as in his 1998 paper on object detection using a wide-angle foveated optical system, which optically replicates human peripheral and central vision from a single camera—an early contribution to efficient visual sensing. With a career that bridges robust control theory and practical safety mechanisms, Yang’s work continues to influence modern robotics, particularly in vibration suppression and collision-aware manipulation.