Papers
7
Total Citations
324
H-Index
5
About
Shiyu Zhou is a leading researcher in manufacturing systems and robotics, whose work bridges theoretical modeling and practical automation. His foundational contribution is the development of state-space models for dimensional variation propagation in multistage machining processes, a framework that has garnered 258 citations and remains essential for precision manufacturing quality control. Zhou’s research spans two complementary domains: manufacturing process modeling and robotic systems control. In manufacturing, he has pioneered methods to optimize the allocation of robots and cobots for both productivity and ergonomic benefit, addressing critical challenges in human-robot collaboration. In robotics, Zhou has made significant advances in legged and wheel-legged robot control, including distributed MPC-based posture control and sensorless contact force observation for heavy-legged robots. His work on disturbance observation and servo-fault diagnosis without speed sensors has practical implications for robot reliability in industrial settings. Zhou’s recent research on load awareness and sensorless body payload sensing for heavy quadruped robots demonstrates his ongoing commitment to solving real-world challenges in autonomous systems. His citation record and diverse contributions establish him as a versatile engineer advancing both manufacturing science and robotic autonomy.
Research Focus
Key Achievements
Top Papers
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- 2Metrics on Motion and Deformation of Solid Models41 citations · 1998
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