Papers
1
Total Citations
2
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About
Yanwei Zhu is a researcher specializing in space robotics and optimal control, with a particular focus on the motion planning of free-floating space robots (FFSRs). Their key contributions lie in developing advanced computational methods to address the nonholonomic motion planning problem, where maintaining zero-disturbance to the base attitude is critical for precision operations in orbit. In their most cited work (2012, 2 citations), Zhu pioneered the use of the Gauss pseudo-spectral method to transcribe the complex motion planning challenge into an optimal control problem, enabling efficient trajectory generation that minimizes base disturbances. This approach offers a significant advancement over traditional methods by providing higher accuracy and computational efficiency for space robot maneuvers. While their citation count remains modest, Zhu’s work represents a foundational step in applying spectral methods to space robotics, a field with growing importance for satellite servicing, debris removal, and autonomous assembly in space. Their research continues to influence the development of robust, disturbance-free control strategies for next-generation orbital robotic systems.
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Top Papers
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