Zhixiang Tian

Nanjing University of the Arts, Nanjing University of Aeronautics and Astronautics

Papers

Total Citations

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About

Zhixiang Tian is a researcher specializing in advanced control systems, with a particular focus on sliding mode control theory and its applications to complex robotic platforms. His work centers on solving challenging motion control problems in underactuated systems — mechanical systems where the number of control inputs is fewer than the degrees of freedom, making precise control exceptionally difficult. Tian's most significant contributions lie in the domain of space robotics and mobile robotics. His 2010 studies on hierarchical adaptive backstepping and terminal sliding mode control for underactuated space robots introduced innovative control architectures that decompose complex systems into manageable active and passive subsystems, enabling more robust and precise position control even under unknown external disturbances. These works, drawing on Lyapunov stability analysis, represent meaningful advances in ensuring reliable autonomous operation in space environments. His 2011 work further extended these control strategies to wheeled mobile robots, demonstrating the broader applicability of his methods. Collectively accumulating nearly 20 citations, Tian's research provides foundational techniques that are relevant to satellite servicing, space exploration, and terrestrial autonomous vehicles — areas of growing importance in modern robotics and aerospace engineering. His hierarchical sliding mode frameworks offer practical tools for engineers tackling real-world underactuated control challenges.