Haipeng Xie

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About

Haipeng Xie is a pioneering researcher in the field of robotic manipulation, with a specialized focus on the cooperative control of dual-arm redundant manipulator systems. His work addresses the complex challenge of enabling two robotic arms to work in unison, precisely tracking Cartesian trajectories while simultaneously managing contact forces and internal object forces. Xie’s major contribution is the development of a two-level impedance control (TLIC) algorithm, enhanced by an error reference controller (ERC), which provides a robust framework for real-time coordination. His seminal 2003 paper, "A robust control scheme for dual-arm redundant manipulators: experimental results," has garnered 11 citations, serving as a foundational reference for subsequent work in cooperative robotics. Earlier, his 2000 study on real-time cooperative control laid the groundwork for applications in industrial manufacturing, underwater exploration, and hazardous environment operations. By tackling the intricate dynamics of redundant manipulators, Xie has advanced the practical deployment of robotic systems that require dexterous, force-sensitive object handling, making his research essential for engineers developing next-generation collaborative robots.