Shengwu Luo

Valve (United States), Purdue University West Lafayette

Papers

Total Citations

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About

Shengwu Luo is a robotics researcher whose work has focused primarily on the control and kinematics of redundant robotic systems, with particular emphasis on adaptive control strategies and cooperative multi-robot motion. Throughout the 1990s, Luo made meaningful contributions to addressing one of robotics' persistent challenges: the control of robots possessing more degrees of freedom than strictly required for end-effector positioning. His most cited work, "Adaptive Control of Redundant Multiple Robots in Cooperative Motion," published in both 1994 and 1996 and accumulating a combined 12 citations, explored how multiple redundant robots could be coordinated adaptively in shared tasks — a problem central to industrial automation and collaborative robotics. Luo also examined the mathematical subtleties of Jacobian pseudo-inverse control, investigating drift phenomena that can cause non-repeatable joint trajectories in redundant systems — a technically nuanced problem with significant practical implications for robot reliability. With a total citation count across four key publications, Luo's research, while modest in scale, addressed foundational theoretical problems in redundant robot kinematics during a formative period in the field, providing analytical groundwork that continues to inform modern redundant and collaborative robotic system design.