Yuan Ding

Colorado State University Pueblo, New Jersey Institute of Technology

Papers

Total Citations

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About

Yuan Ding is a robotics and control systems researcher whose work centers on precision motion control, vibration suppression, and advanced feedforward control strategies for robotic systems. His most recognized contribution is the development of the Model Reference Zero Vibration (MRZV) control framework, introduced across multiple publications beginning in 2006. This innovative approach combines zero vibration (ZV) input shaping as a feedforward mechanism with model reference feedback control, significantly enhancing the transient performance and robustness of robotic manipulators operating under variable loads and uncertain plant parameters. Ding's most cited work, "Model Reference Input Shaper Design With Applications to a High-Speed Robotic Workcell With Variable Loads" (2008), has garnered 28 citations and remains a key reference for researchers tackling vibration control in dynamic industrial environments. His complementary research on matched feedforward and model reference control further addresses challenging nonlinearities such as dead zones, extending the practical applicability of his methods to high-precision robotic systems with real-world imperfections. Collectively, Ding's contributions provide meaningful advancements in making high-speed robotic systems more reliable and precise, offering tools that bridge theoretical control design with demanding industrial applications—making his work particularly valuable for engineers and researchers in automation and intelligent robotics.