Yaogang Ding

Papers

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About

Yaogang Ding is a researcher specializing in nonlinear control systems and mobile robotics, with a particular focus on trajectory tracking and sliding mode control strategies. His most-cited work, "Hyperbolic Sliding Mode Trajectory Tracking Control of Mobile Robot" (2018), addresses a fundamental challenge in robotics: achieving precise motion control despite system nonlinearities. Ding’s key contribution lies in refining traditional sliding mode control by replacing discontinuous switching functions—such as the symbolic function—with smoother hyperbolic alternatives, thereby improving control performance in derivation-sensitive applications. This innovation enhances the stability and accuracy of mobile robot kinematics, offering practical benefits for autonomous navigation. With 5 citations, his work has laid groundwork for further exploration into robust control techniques. Ding’s research bridges theoretical control engineering and real-world robotic systems, making his contributions valuable for students and engineers seeking to understand advanced motion control. His focus on reducing chattering and improving trajectory tracking efficiency continues to influence developments in autonomous vehicle and robot control systems.