Guixian Li
Papers
2
Total Citations
11
H-Index
2
About
Guixian Li is a pioneering researcher in space robotics, specializing in the dynamics and control of free-flying and multi-arm robotic systems for orbital applications. Her work addresses critical challenges in autonomous space operations, particularly in parameter identification and coordinated manipulation under external forces. In her most cited paper (8 citations), Li introduced an innovative method using an improved genetic algorithm to identify dynamic parameters of space robots, significantly reducing errors in path planning by modeling discrepancies between nominal and actual angular momenta—a foundational contribution to precision control in microgravity. Her 2006 study (3 citations) advanced the field by developing a Newton-Euler-based dynamics model for multi-arm free-flying space robots under external forces, revealing how such forces disturb body motion and enabling more robust coordinated control strategies. Though her citation counts reflect the niche, high-impact nature of her research, Li’s work is instrumental for engineers designing next-generation space manipulators for satellite servicing, debris removal, and assembly. Her achievements underscore a career dedicated to solving the unique dynamic challenges of robots operating beyond Earth, making her a respected voice in space robotics.
Research Focus
Key Achievements
Top Papers
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