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Mechanics, control, and applications of biomimetic robotic locomotion

机译:仿生机器人运动的力学,控制和应用

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摘要

Since mobility can be an essential requirement for the operation of many autonomous systems, robotic locomotion has been actively studied for over three decades. Most mobile robots use wheels, since they provide the simplest means for mobility. However, some terrains are inaccessible to wheeled vehicles, and wheels are undesirable for a number of applications. Biomimetic locomotion refers to the movement of robotic mechanisms in ways that are analogous to the patterns of movement found in nature. Biomimetic robotic locomotors do not rely on wheels, tracks, jets, thrusters, or propellers for their propulsion.
机译:由于移动性可能是许多自治系统运行的基本要求,因此机器人运动已被积极研究了三十多年。大多数移动机器人都使用轮子,因为它们提供了最简单的移动方式。但是,轮式车辆无法进入某些地形,而轮滑对于许多应用来说是不可取的。仿生运动是指机器人机制的运动,其方式类似于自然界中发现的运动方式。仿生机器人机车的动力不依赖轮子,轨道,喷气机,推进器或螺旋桨。

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