Papers
2
Total Citations
7
H-Index
2
About
Haichen Zhao is a rising force in advanced robotics, with research centered on the control and autonomy of complex robotic systems. His work masterfully bridges theoretical control engineering and practical robotic applications. A standout contribution is his pioneering use of super-twisting sliding mode control combined with iterative learning for the synchronization of 2R1T (two-rotation-one-translation) parallel robots. This approach achieves exceptional precision and stability under demanding conditions, directly addressing the motion coupling challenges inherent in hybrid machining—a critical advance for high-stakes manufacturing. His most cited work (5 citations) has quickly established a foundation for next-generation parallel robot control. Complementing this, Zhao has developed integrated autonomous navigation systems for mobile robots in unknown environments, fusing adaptive PID with model predictive control and multi-sensor data. With a growing citation footprint, Haichen Zhao is demonstrating a rare ability to solve fundamental control problems while delivering tangible solutions for real-world robotic autonomy and industrial precision.
Research Focus
Key Achievements
Top Papers
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