Qiping Chu

Papers

Total Citations

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About

Qiping Chu is a leading researcher in the fields of nonlinear control theory, hydraulic robotics, and autonomous micro air vehicles (MAVs). His major contributions center on advancing incremental nonlinear dynamic inversion (INDI) control, a technique he has extended to both high-precision hydraulic manipulators and vision-guided flight systems. In his highly cited 2019 work (47 citations), Chu demonstrated how sensor-based INDI can overcome the severe nonlinearities and model uncertainties of long-stroke hydraulic actuators, enabling robust, high-performance motion control. He further expanded this framework to optical flow control for MAVs (2021, 24 citations), showcasing its versatility in weight- and power-constrained platforms. Earlier, Chu pioneered stereo vision-based obstacle avoidance for flapping-wing MAVs (2013, 12 citations), addressing a critical challenge in autonomous flight. His work bridges fundamental control theory with practical, real-world applications—from industrial robotics to bio-inspired aerial vehicles. With a cumulative impact spanning over 80 citations across these key papers, Chu’s research provides essential tools for engineers and scientists developing next-generation autonomous systems that must operate reliably under extreme dynamic conditions.