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Application of Electronic Compass and Vision-Based Camera in Robot Navigation and Map Building

机译:电子罗盘和基于视觉的摄像头在机器人导航和地图构建中的应用

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摘要

This paper studies the problem about robot path planning, and puts forward an application of electronic compass and vision-based camera which used for robot navigation and map building. We can make sure the azimuth angle of robot by installing electronic compass on robot's control panel, and then locate the robot through the image information from the camera which is installed on the robot's head. Suppose the mobile environment of robot is indoor, and we can determine the original location, current location of robot and the object's location through combining the data which from electronic compass with the data from camera. We also can build the map information by a comprehensive analysis of these data and build a new data structure which is special constructed for electric compass. The result shows that the micro system provides a good solution of map building, navigation and location in the laboratory environment.
机译:本文研究了机器人路径规划的问题,提出了一种电子罗盘和基于视觉的相机在机器人导航和地图构建中的应用。我们可以通过在机器人的控制面板上安装电子罗盘来确定机器人的方位角,然后通过安装在机器人头上的摄像机的图像信息来定位机器人。假设机器人的移动环境是室内,我们可以通过结合电子罗盘的数据和摄像机的数据来确定机器人的原始位置,当前位置以及物体的位置。我们还可以通过对这些数据的综合分析来构建地图信息,并构建专门用于电子罗盘的新数据结构。结果表明,该微系统为实验室环境中的地图构建,导航和定位提供了很好的解决方案。

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