Huimin Xie

Papers

Total Citations

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About

Huimin Xie is a researcher whose work spans the frontiers of soft materials, human-robot interaction, and precision robotics. Her key contributions lie in three interconnected areas: electrochromic polymers for smart devices, adaptive control systems for physical human-robot interaction (pHRI), and the mechanical design of flexible parallel manipulators. In her most cited work (2021, 11 citations), Xie unraveled the main chain effects of fused thiophene conjugated polymers in electrochromism, advancing the understanding of how molecular structure governs optical switching—critical for next-generation flexible electronics and soft robotics. Her earlier research (2011, 9 citations) introduced a novel controller for pHRI that uses online dynamics updates to achieve seamless motion synchronization between humans and robots, a foundational step toward safer, more intuitive collaborative systems. Additionally, her stiffness and modal analysis of a 3-PPSR flexible parallel manipulator (2012, 3 citations) provided essential insights into the vibration behavior of precision mechanisms with flexure hinges. Xie’s work is notable for bridging fundamental polymer science with practical robotics, offering students and researchers a compelling model of how materials engineering and control theory converge to enable the emerging field of soft, adaptive systems.