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Optical guidance method for robots capable of vision and communication

机译:具有视觉和交流能力的机器人的光导方法

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摘要

The optical guidance of robots spans the research topics of robotics, computer vision, communication and real-time control. The proposed method aims to improve the accuracy of guidance along a desired route in an environment that is unknown to the robot. The key idea is to indicate the numerical coordinates of target positions by means of projecting a laser light onto the ground. In contrast with other guidance methods, which communicate the target position numerically, using optical commands avoids the need to maintain the coordinate transformation between the robot's system and that of the environmental model ("world" reference coordinates). The image processing and communication ensure that the robot accurately follows the route indicated by laser beacons, and self-localization becomes less relevant for guidance. The experimental results have proved the effectiveness of this method.
机译:机器人的光学导航涵盖了机器人技术,计算机视觉,通信和实时控制的研究主题。所提出的方法旨在提高在机器人未知的环境中沿着期望路线的引导的准确性。关键思想是通过将激光投射到地面上来指示目标位置的数值坐标。与其他以数字方式传达目标位置的引导方法相比,使用光学命令可以避免维护机器人系统与环境模型之间的坐标转换(“世界”参考坐标)的需要。图像处理和通信可确保机器人准确地遵循激光信标指示的路线,并且自定位变得与指导无关。实验结果证明了该方法的有效性。

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