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首页> 外文期刊>Journal of robotic systems >Introduction: Vehicle-Terrain Interaction for Mobile Robots
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Introduction: Vehicle-Terrain Interaction for Mobile Robots

机译:简介:移动机器人的车—地互动

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摘要

The application of mobile robots to field environments has enabled significant advances in such diverse areas as agriculture, defense and security, planetary surface exploration, and mining. To successfully deploy a robot in an unstructured, outdoor environment, roboticists should consider the interaction of the robot and terrain. Often, this interaction is assumed to follow a simple Coulomb friction law, and the effects of such phenomena as wheel (or track, or foot) slippage and sinkage are ignored.
机译:移动机器人在现场环境中的应用已在农业,国防和安全,行星地表勘探和采矿等各个领域取得了重大进展。为了在非结构化的室外环境中成功部署机器人,机器人专家应考虑机器人与地形的相互作用。通常,假定这种相互作用遵循简单的库仑摩擦定律,而忽略了诸如车轮(或履带或脚)打滑和下沉等现象的影响。

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