Guoyue Luo
Papers
4
Total Citations
340
H-Index
4
About
Dr. Guoyue Luo is a leading figure in industrial robotics, with a focused expertise in robot calibration, precision control, and advanced manufacturing. His work addresses critical challenges in robotic machining, particularly for complex surfaces. Dr. Luo’s major contributions include pioneering a novel kinematic parameters calibration method that integrates Levenberg-Marquardt and Differential Evolution algorithms, a breakthrough that has garnered 181 citations for its effectiveness in enhancing robot accuracy. He has also advanced hybrid force/position control in uncertain environments using adaptive fuzzy logic, a highly cited work (68 citations) that improves robotic manipulation in real-world settings. His research on path accuracy for complex surface grinding (51 citations) and a selected force controlling method for grinding complex curved blades (40 citations) demonstrates his direct impact on precision manufacturing. Collectively, Dr. Luo’s work has accumulated over 340 citations, underscoring his influence in bridging theoretical control methods with practical industrial applications. His achievements are pivotal for students and researchers aiming to push the boundaries of robotic automation and precision engineering.
Research Focus
Key Achievements
Top Papers
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