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>Integrating obstacle avoidance global path planning visual cue detection and landmark triangulation in a mobile robot
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Integrating obstacle avoidance global path planning visual cue detection and landmark triangulation in a mobile robot
per describes the design and implementation of an integrated system for combining obstacle avoidance, path planning, landmark detection and position triangulation. Such an integrated system allows the robot to move from place to place in an environment, avoiding obstacles and planning its way out of traps, while maintaining its position and orientation using distinctive landmarks. The task the robot performs is to search a 22 m $MUL 22 m arena for 10 distinctive objects, visiting each object in turn. This same task was recently performed by a dozen different robots at a competition in which the robot described in this paper finished first.
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机译:每个介绍用于组合避免障碍物,路径规划,地标检测和位置三角扫描的集成系统的设计和实现。这种集成系统允许机器人从一个地方移动到环境中的地方,避免障碍物并规划离开陷阱,同时保持其位置和取向使用独特的地标。机器人执行的任务是搜索10个独特物体的22 M $ 22 m竞技场,依次访问每个对象。最近在第一次完成本文中描述的机器人的竞争中,最近通过十几个不同的机器人进行了相同的任务。
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