Papers
9
Total Citations
88
H-Index
5
About
Xiangxiao Liu is a pioneering researcher in bio-inspired robotics, specializing in the neural and biomechanical control of legged and aquatic locomotion. His work centers on how low-level sensory feedback—particularly the stretch reflex and crossed inhibitory response—enables stable, agile movement in bipedal and quadrupedal systems. Liu’s major contributions include demonstrating that the foot windlass mechanism can enhance jumping height in bipedal musculoskeletal robots, and that stretch reflexes improve rolling stability during hopping, a finding with implications for both robotics and neurophysiology. His most cited paper (22 citations) explores using the foot windlass for higher jumps, while another (21 citations) investigates reflex effects on hopping balance. Liu has also extended his research to fish-like robots, examining energy efficiency and neural control of intermittent swimming. Notably, his 2025 work on artificial embodied circuits uncovers neural architectures underlying vertebrate visuomotor behaviors, bridging robotics and neuroscience. With a total of over 80 citations across his publications, Liu’s research offers critical insights into how simple, fast-acting neural circuits can stabilize dynamic locomotion, informing the design of more resilient robots and deepening our understanding of animal movement.
Research Focus
Key Achievements
Top Papers
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- 5Improving hopping stability of a biped by muscular stretch reflex6 citations · 2014
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