Papers
1
Total Citations
14
H-Index
1
About
Nanxi Wu is a rising researcher in nonlinear control theory and robotic systems, with a focus on advanced sliding mode control for complex aerospace applications. Their most cited work, “A Predefined-Time Nonsingular Terminal Sliding Mode Control for Multispace Transport Robot System With Varying Power Reaching Law” (2024, 14 citations), introduces a novel predefined-time nonsingular terminal sliding mode controller (PNTSMC) tailored for multispace transport robots in on-orbit assembly tasks. A key contribution is the development of a composite Lyapunov function predefined-time stability criterion (CLF-PSC), which simplifies stability analysis and ensures robust, time-bounded performance despite system uncertainties. This work addresses critical challenges in precise, safe manipulation for space robotics. With 14 citations in under a year, Wu’s research is gaining traction for its practical relevance and theoretical innovation. Their work stands out for bridging rigorous control theory with real-world deployment in extreme environments, marking them as a promising contributor to the fields of sliding mode control, autonomous robotics, and aerospace engineering.
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