Caisheng Wei
Papers
2
Total Citations
99
H-Index
2
About
Dr. Caisheng Wei is a leading researcher in nonlinear mechanical systems and space robotics, specializing in advanced control theory with guaranteed performance and safety. His work centers on adaptive and fault-tolerant control, particularly for complex systems like postcapture space robot-target combinations, where precision and robustness are critical. Dr. Wei’s most-cited paper (2018, 56 citations) introduces a learning-based adaptive prescribed performance control method that eliminates the need for inertia identification, a significant breakthrough for on-orbit servicing. His 2019 study (43 citations) further advances the field by proposing a quasi fixed-time fault-tolerant control framework that enhances transient and steady-state performance for nonlinear mechanical systems. These contributions have earned him recognition for bridging theoretical rigor with practical aerospace applications, offering solutions that ensure system stability and safety even under uncertainties or actuator faults. Dr. Wei’s work is highly influential among control engineers and space robotics researchers, providing foundational tools for next-generation autonomous space missions and high-performance mechanical systems.
Research Focus
Key Achievements
Top Papers
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