Zhe Qian

Papers

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About

Zhe Qian is a leading researcher in advanced motor control systems and robotics, with a primary focus on precision motion coordination and sensor error mitigation. His work addresses critical challenges in industrial automation, particularly in multi-motor coordinated control technologies and the reliability of robot joint motors. Qian’s 2024 study on the effect of Hall errors in brushless DC torque motors—cited 6 times—provides foundational insights into how sensor installation inaccuracies degrade rotor position and current control, directly impacting robotic joint performance. His comprehensive 2025 review (4 citations) synthesizes advanced strategies, intelligent algorithms, and future trends in multi-motor control, offering a roadmap for high-precision coordination, dynamic load distribution, and stability in robotics and CNC machining. This work is pivotal for smart manufacturing, where seamless multi-motor synchronization is essential. Qian’s contributions bridge theoretical sensor physics with practical automation challenges, making his research highly relevant for engineers developing next-generation robotic systems. His ability to identify and address real-world deployment hurdles—such as Hall sensor errors—positions him as a key figure in advancing industrial robotics and precision control technologies.