Dongchen Qin

Papers

Total Citations

H-Index

About

Dongchen Qin is a robotics researcher whose work centers on the control and stability of bio-inspired and nonholonomic robotic systems. His key research areas include nonlinear control theory, sliding-mode control, and the dynamic analysis of underwater and mobile robots. Qin’s major contributions lie in developing robust control strategies for complex robotic platforms. Notably, his 2022 paper on "Position/Attitude Cascade Regulation of Nonholonomic Four-Wheeled Mobile Robot via Double-Loop Sliding-Mode Control Mechanism" introduces a novel approach to managing the coupled dynamics and disturbances inherent in multi-input-multi-output systems, offering a pathway to more precise and reliable mobile robot navigation. Earlier, his 2012 work on "Pitching Stability Analysis of the Pectoral Fin Propelled Robot Fish" provided foundational insights into the longitudinal disturbances affecting bio-inspired underwater vehicles, modeling how pectoral fin propulsion induces pitching moments. While his citation counts (4 and 3, respectively) reflect a focused, early-stage impact, these papers demonstrate a commitment to solving fundamental stability and control challenges in robotics. Qin’s research is particularly valuable for students and engineers interested in advanced control mechanisms for field robots and autonomous systems operating in uncertain environments.