Yinan Miao
Papers
4
Total Citations
46
H-Index
3
About
Dr. Yinan Miao is a rising leader in intelligent robotics, specializing in adaptive control for lower-limb exoskeletons and bio-inspired aerial vehicles. His most impactful work, a 2024 paper on PI²-based adaptive impedance control for gait adaptation in lower-limb exoskeletons (34 citations), addresses a critical challenge in rehabilitation robotics: enabling exoskeletons to respond to diverse patient movement patterns rather than rigid, pre-programmed gaits. This contribution has immediate implications for improving mobility assistance for individuals with disabilities. Dr. Miao further advances exoskeleton technology with a 2025 study on lower-limb movement prediction using adaptive temporal movement primitives, designed to eliminate control lag in weight-loading applications. Beyond terrestrial robotics, he has pioneered the development of a tailless X-type flapping-wing micro air vehicle with independent electric drive, a novel design that enhances maneuverability and aerodynamic efficiency for micro aerial systems. His 2025 work on super-twisting sliding mode and iterative learning control for 2R1T parallel robots demonstrates his versatility in addressing synchronization challenges in high-precision manufacturing. Through these diverse contributions, Dr. Miao is shaping the future of adaptive, human-aware robotic systems.
Research Focus
Key Achievements
Top Papers
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