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3D Scene Reconstruction and Motion Planning for an AutonomousMobile Robot in Complex Outdoor Scenes

机译:3d场景重建和运动计划自主手机机器人在复杂的室外场景

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3D environment modeling and motion planningare 'two essential tasks for an autonomous mobile robot'soutdoor navigation. In order to implement mobile robotlarge-scale motion planning, an edge-feature-based ICPalgorithm is presented to complete 3D scene registration andreconstruction. According to the respective advantages ofgeometric features and terrain features, a novel motionplanning approach is proposed based on the reconstructed scene.This method integrates the planar features and elevationinformation in one map to build the 3D roadmap, and thensearch a safety path with multiple constraints. A series ofexperiment results show the method's validity andpracticability.
机译:3D环境建模和运动策划'自主移动机器人的两项基本任务。为了实现移动机器人级运动规划,提出了一种基于边缘特征的ICPalGorithm以完成3D场景注册和架构。根据几何特征和地形特征的各个优点,基于重建场景提出了一种新的MotionPlanning方法。本方法在一张地图中集成了平面特征和升降信息来构建3D路线图,并进行多种约束的安全路径。一种系列的方法结果表明了该方法的有效性和前容性。

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