Yanzhu Zhang

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About

Yanzhu Zhang is a rising figure in advanced robotics control, whose work centers on fractional-order dynamics and adaptive sliding mode control for robotic manipulators. Their most cited paper, "Fractional order adaptive sliding mode control method of manipulator" (2024), introduces a novel non-singular adaptive fractional-order fast terminal sliding mode controller (NAFOFTSMC) that significantly outperforms traditional integer-order sliding mode control (IOSMC). By leveraging the additional degrees of freedom inherent in fractional calculus, Zhang’s approach achieves superior tracking precision, faster convergence, and enhanced robustness against system uncertainties and external disturbances. This contribution addresses a critical challenge in manipulator control—balancing high performance with chattering suppression—and has already garnered 5 citations shortly after publication, signaling strong early impact. Zhang’s work bridges theoretical fractional-order mathematics with practical robotic applications, offering a more flexible and resilient control framework. As their research continues to evolve, Yanzhu Zhang is establishing a reputation for pioneering adaptive control strategies that push the boundaries of precision and stability in complex robotic systems.