Abstract:
By studying animal and human locomotion strategies, mechanisms, patterns, kinematics, and dynamics, bio-inspired locomotion aims to establish a new theory and method of b...Show MoreMetadata
Abstract:
By studying animal and human locomotion strategies, mechanisms, patterns, kinematics, and dynamics, bio-inspired locomotion aims to establish a new theory and method of bionic mechanism, motion planning, and stable control, as well as a new concept for developing bio-inspired robots and unmanned systems. Throughout the long history of evolution, animals have shaped robust, complex, and adaptive movements in order to live in difficult environments. Nature provides an endless supply of robot design concepts for many environmental conditions, such as flight [1], swimming [2], and terrestrial movement [3].
Published in: IEEE Instrumentation & Measurement Magazine ( Volume: 25, Issue: 9, December 2022)