Tail use improves soft substrate performance in models of early vertebrate land locomotors
2016
1
cited
Abstract Submitted for the MAR15 Meeting of The American Physical Society Animal and robot experiments to discover principles behind the evolution of a minimal locomotor apparatus for robust legged locomotion1
2015
An analysis of how coupling parameters influence nonlinear oscillator synchronization
2012
Animal and robot experiments to discover principles behind the evolution of a minimal locomotor apparatus for robust legged locomotion
2015
Biological and robotic modeling of the evolution of legged locomotion on land
2015
Crucial advantages of tail use in the evolution of vertebrate terrestrial locomotion.
2016
Geckos reconfigure control modules to self-right on diverse substrates
2019
Robotic and mathematical modeling reveal general principles of appendage control and coordination in terrestrial locomotion
2016
Synchronization of LED fireflies using finite line of sight
2012
The Effects of Connection Topology on Synchronization Time in a Population of Fireflies
2012
Using a robot to study the evolution of legged locomotion
2014
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Ben McInroe | Researcher Profile | Sotabase | Sotabase