Dingxuan Zhao
Papers
11
Total Citations
113
H-Index
6
About
Dingxuan Zhao is a prominent researcher specializing in tele-operated construction robotics, haptic feedback systems, and human-robot interaction, with particular expertise in applying virtual reality to remote-control environments. His most influential work centers on developing sophisticated tele-operation control systems for construction robots, where he has made lasting contributions to the challenge of conveying realistic motion and sensory feedback to remote operators. His 2009 paper on haptic interaction in virtual reality-based tele-operation systems remains his most cited work with 35 citations, while his early 2000s studies on 3-DOF and 6-DOF motion base systems — each garnering 20 and 9 citations respectively — established foundational methods for realistic motion presentation in construction tele-robotics. Zhao's research consistently addresses core engineering challenges including bilateral force feedback control, hydraulic servo systems, and time-delay compensation in master-slave robot architectures. His more recent work on unmanned excavator control using model predictive control (MPC) demonstrates a continued evolution toward autonomous construction machinery. Across his career, Zhao has helped bridge the gap between human operators and hazardous construction environments, advancing safer, more intuitive remote robotics for real-world applications such as disaster restoration and infrastructure work.
Research Focus
Key Achievements
Top Papers
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- 9A new force feedback algorithm for hydraulic teleoperation robot3 citations · 2010
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