Yongming Bian
Papers
6
Total Citations
83
H-Index
3
About
Dr. Yongming Bian is a leading researcher in advanced robotics and optomechanical systems, whose work bridges high-precision laser steering and intelligent hydraulic actuation. His most influential contribution addresses the complex inverse problem of Risley prism scanners, where he developed an iterative refinement method using forward solutions to achieve precise beam steering—a breakthrough cited 57 times and critical for applications in LIDAR and free-space optics. In robotics, Dr. Bian has pioneered novel ball double-screw hydraulic joints, significantly reducing actuator size while enhancing control accuracy and dynamic response, with his 2022 design achieving 10 citations. His research extends to bipedal locomotion, where he models jumping motion through coordinated hip and knee joint control, and to path planning, where he combines extended MAKLINK graphs with improved ant colony optimization for efficient navigation. Dr. Bian also advances adaptive fuzzy control methods to address nonlinearities and parameter uncertainties in hydraulic systems, ensuring high-precision joint control. His work, recognized for its practical impact on robot agility and optical precision, continues to shape the future of autonomous systems and mechatronic design.
Research Focus
Key Achievements
Top Papers
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- 6High Precision Adaptive Fuzzy Control Method for Hydraulic Robot Joint2 citations · 2022