Xing-Guo Shao

China University of Mining and Technology

Papers

Total Citations

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About

Xing-Guo Shao is a leading researcher in the field of cable-driven parallel robotics, with a particular focus on the complex dynamics and control of cable-suspended parallel manipulators. His most-cited work, “Non-smooth dynamical analysis and experimental validation of the cable-suspended parallel manipulator” (2012, 12 citations), addresses a fundamental challenge in this domain: the unilateral property of cables, which introduces non-smooth, set-valued dynamics absent in traditional rigid-link robots. Shao’s key contribution is the proposal of a set-valued tension law to model this unilateral behavior, enabling more accurate dynamic analysis and control. This work bridges theoretical non-smooth mechanics with experimental validation, providing a critical foundation for the design and operation of cable robots in applications like large-scale manipulation and aerial platforms. By tackling the inherent complexity of cable-driven systems, Shao has advanced the practical viability of these lightweight, reconfigurable manipulators. His research continues to influence the field, offering essential insights for engineers and researchers working on the next generation of flexible, high-performance robotic systems.