Simon Wilshin
Papers
3
Total Citations
50
H-Index
3
About
Simon Wilshin is a researcher whose work bridges biomechanics, animal locomotion, and robotics, with a focus on how legged animals navigate complex terrains. His key research areas include gait selection, stability analysis, and the neural control of movement in quadrupeds. Wilshin’s major contributions center on understanding how dogs and mice adapt their gaits to environmental perturbations. His most-cited paper (2017, 33 citations) demonstrates that domestic dogs prioritize longitudinal quasi-static stability on rough terrain, revealing a predictive framework for gait selection. In related work (2018, 9 citations), he uncovered that mice adjust their gait along a continuum between trot and bound in response to substrate changes, shedding light on the structure of the gait controller. His 2020 study (8 citations) showed that dog galloping on rough terrain maintains similar limb coordination patterns to flat terrain, challenging assumptions about gait variability and offering insights into why animals gallop—possibly to recruit spinal musculature. Wilshin’s findings have direct implications for bio-inspired robotics, informing the design of more resilient legged robots. His work is notable for combining empirical observation with theoretical stability models, advancing our understanding of how animals achieve robust locomotion in unpredictable environments.
Research Focus
Key Achievements
Top Papers
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