Papers
3
Total Citations
19
H-Index
2
About
Yerui Fan is an emerging robotics researcher specializing in biomimetic systems, musculoskeletal robot design, and advanced control strategies for cable-driven robotic arms. His work centers on bridging the gap between traditional rigid robotics and human-like flexibility, focusing on developing robotic systems that can operate safely and effectively in unstructured environments. Fan's most notable contributions include pioneering a feedforward compensation approach for cable-driven musculoskeletal systems, addressing the persistent challenges of external disturbances and nonlinear dynamics that complicate control in such mechanisms (9 citations). Complementing this, he designed a lightweight tendon-driven musculoskeletal arm featuring a flexible series-parallel mixed skeletal joint structure and modularized artificial muscle system, alongside innovative input saturation control with full-state constraints — work that has also garnered 9 citations. His development of the Motor Cable Artificial Muscle with a tendon sheath-pulley system further demonstrates his commitment to solving real-world compactness and force-transmission challenges in robotic arm design. Though early in his career, Fan's research has collectively accumulated nearly 20 citations, signaling growing recognition within the robotics community. His interdisciplinary approach, drawing from biomechanics, control theory, and mechanical design, positions him as a promising contributor to the next generation of human-inspired robotic systems.
Research Focus
Key Achievements
Top Papers
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