Sun Fuchun
Papers
8
Total Citations
118
H-Index
6
About
Sun Fuchun is a prominent robotics and control systems researcher whose work spans space robotics, flexible manipulator control, and intelligent control methods. His most influential contribution lies in the development of advanced control schemes for free-floating space manipulators, most notably his 2008 paper introducing a disturbance observer-based robust control framework — his most cited work with 50 citations — which elegantly employs the virtual manipulator approach to simplify nonlinear dynamics into joint-space formulations. This foundational work has shaped subsequent research in autonomous space robotic systems. Sun has made significant strides in flexible manipulator control, pioneering the use of time-delay neuro-fuzzy networks combined with observer-based adaptive controllers, demonstrating his ability to bridge classical control theory with modern computational intelligence. His 2003 work on flexible dual-arm space robot dynamic modeling further extended these contributions to multi-arm systems under complex coupled dynamics. Beyond space robotics, Sun has explored neural network-based adaptive control for robot trajectory tracking and ground experiment systems for free-flying space robots, reflecting a commitment to both theoretical rigor and experimental validation. His research collectively addresses some of the most challenging problems in robotic autonomy, uncertainty handling, and real-world deployment, making him a valuable reference for students pursuing advanced robotics and control engineering.
Research Focus
Key Achievements
Top Papers
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- 3Dynamic modeling, control and simulation of flexible dual-arm space robot15 citations · 2003
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- 8Orientation estimate of indoor mobile robot using laser scans2 citations · 2018