Bingbing Yan

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About

Bingbing Yan’s research lies at the intersection of rehabilitation robotics and bionic mechanical design, with a focus on developing intelligent assistive technologies for human mobility and challenging environments. Her most impactful contribution is a comprehensive survey on exoskeleton rehabilitation robots for the lower limbs, which has garnered 20 citations and serves as a foundational reference for researchers in the field. This work systematically reviews the integration of artificial intelligence with mechanical power devices to enhance limb movement, addressing both domestic and international advances in rehabilitation robotics. Yan also pioneered parameterized design methods for bionic move-in-mud robots, introducing a novel layout-driven automatic assembly approach that enables virtual prototyping databases for structural and working parameters. This work, though earlier in her career, demonstrates her commitment to bridging computational design with bio-inspired engineering. Her research is particularly notable for its practical implications—lower-limb exoskeletons have direct applications in physical therapy and mobility assistance, while her mud-robot work informs autonomous systems for extreme terrains. Yan’s contributions reflect a career dedicated to translating mechanical principles into real-world robotic solutions that improve human capability and environmental adaptability.