Papers
16
Total Citations
228
H-Index
8
About
Yao Yan is a dynamic robotics and control systems researcher whose work spans two compelling frontiers: wearable rehabilitation technology and miniaturized medical robotics. His research into lower limb exoskeletons has produced significant advances in human-robot interaction, combining sophisticated optimization algorithms — including backpropagation neural networks, neighborhood field optimization, and biogeography-based particle swarm optimization — with adaptive control strategies to improve both detection accuracy and user comfort. These contributions, reflected in citation counts of 41–46 for his leading exoskeleton papers, have meaningfully advanced the field of assistive robotics. Equally influential is Yan's pioneering work on vibro-impact capsule robots for gastrointestinal endoscopy. By systematically modeling the complex mechanical interactions between self-propelling capsule robots and intestinal anatomy — including circular folds, haustral folds, and tumour-like structures — his research directly addresses one of medical robotics' most challenging locomotion problems. His more recent investigations into nonlinear structural springs with negative stiffness and von Mises truss dynamics signal a bold push toward enhancing small-scale robot maneuverability. Spanning fundamental bifurcation analysis to practical implementation, Yan's body of work demonstrates a rare ability to bridge rigorous mathematical modeling with real-world biomedical engineering applications.
Research Focus
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Top Papers
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- 10Dynamics of the vibro-impact capsule robot with a von Mises truss7 citations · 2024