Yixiao Ding

Huazhong University of Science and Technology

Papers

Total Citations

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About

Yixiao Ding is an emerging robotics researcher whose work centers on advanced control systems for robot manipulators, with a particular specialization in fractional-order impedance control. Their research addresses a fundamental limitation in traditional robotics: the reliance on linear viscoelastic models that inadequately capture the complex dynamics of robot-environment interactions. By extending classical integer-order impedance frameworks to fractional-order models, Ding has pioneered more flexible and mathematically expressive approaches to contact force control, enabling robots to interact with their environments with greater precision and adaptability. Among their most notable contributions is the development of fractional-order impedance (FO-impedance) controllers, which have been further enhanced through dynamic feedforward strategies to tackle the challenges of time-varying conditions and dynamic coupling in high-speed robotic applications. Their 2022 flagship paper on fractional-order impedance control has already accumulated 12 citations, signaling meaningful recognition within the robotics control community. Across their body of work, Ding's research collectively represents a coherent effort to modernize impedance control theory, offering practical pathways for next-generation robotic systems requiring sophisticated, real-world interaction capabilities.