Huiyu Wang

Papers

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About

Huiyu Wang’s research focuses on the adaptive tracking control of nonholonomic systems, particularly mobile robots. Wang’s major contributions lie in developing robust control strategies for systems with unknown parameters, addressing the inherent instability challenges of nonholonomic dynamics. Notably, Wang’s 2001 paper, “Adaptive Tracking Control of Nonholonomic Mobile Robots: A Backstepping Approach” (9 citations), introduced an integrator backstepping method for two-wheeled robots with unknown kinematic parameters, enabling precise trajectory tracking despite model uncertainties. This work was extended in a 2002 study (8 citations) that tackled adaptive control for chained-form systems with drift terms, further advancing stability theory for nonholonomic control. An earlier 1999 paper (8 citations) laid the groundwork by proposing a tracking control approach for mobile robots. While Wang’s citation counts are modest, these foundational papers have influenced subsequent research in adaptive nonlinear control and mobile robotics, particularly in handling parameter uncertainties. Wang’s work is essential reading for students and researchers exploring nonholonomic system control, offering clear methodologies for real-world robotic applications.