Wenke Lu

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About

Wenke Lu is a researcher specializing in advanced control systems for robotic manipulators, with a primary focus on flexible-joint dynamics and sliding mode control. Their major contributions lie in addressing critical challenges in robotic systems, particularly chattering suppression and output feedback control under constraints. In their highly cited 2021 paper, "Chattering-Suppressed Sliding Mode Control for Flexible-Joint Robot Manipulators" (33 citations), Lu introduced a novel approach within the singular perturbation theory framework to mitigate chattering—a persistent issue in sliding mode control—using only actuator state measurements. This work has significantly advanced the practical implementation of robust control for flexible-joint robots. Building on this, Lu’s 2022 paper, "Saturated Output Feedback Control for Robot Manipulators With Joints of Arbitrary Flexibility" (2 citations), proposed a saturated flexible compensator to enlarge joint stiffness, enabling stable control under arbitrary flexibility and input saturation. These contributions demonstrate Lu’s impact in bridging theoretical control design with real-world robotic applications, offering scalable solutions for industrial and service robots. Their work is notable for its rigorous mathematical foundation and practical relevance, making it essential reading for researchers in nonlinear control and robotics.