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About

Feng Cui’s research focuses on the intersection of virtual reality, teleoperation, and intelligent control systems for mobile and mending robots. Their major contributions lie in developing semi-autonomous teleoperation frameworks that allow human operators and intelligent decision systems to share control of robots in real time. By integrating virtual reality environments with wireless local area networks (WLAN), Cui created platforms where virtual robots act as proxies for remote physical robots, enabling intuitive operation through data gloves and real-scene reappearance. Their work also incorporates GPS, GIS, and GPRS for outdoor mobile robot localization, expanding the practical applications of telerobotics. Though citation counts for individual papers range from 2 to 8, the cumulative impact of Cui’s early-career publications (2006–2007) demonstrates a sustained focus on solving the robustness challenges of autonomous robot control. Notably, their intelligent control system with a layered structure for mending robots represents a key achievement in shared-control teleoperation, balancing operator input with autonomous decision-making. For students and researchers, Cui’s work offers foundational insights into how virtual reality can bridge the gap between human intuition and robotic precision in remote environments.