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Development of the binocular-vision-enhanced mobile robot navigation

机译:双目视觉增强型移动机器人导航的发展

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Active map learning for autonomous robots exploring in unknown environments is an essential and vital issue for robot navigation. However, many factors limit a robot's ability to learn accurate map models in practice. To enhance its learning capability, this paper proposed a binocular vision system, developed using IP web cameras and MATLAB image processing toolbox. It integrates knowledge from computer vision and robot navigation. Through the binocular vision system, binocular images are captured and analysed so that feature objects or shapes are identified. Together with sonar readings, this information is used in collision avoidance and map building. It is shown that the capability of active map learning is effectively realised by adopting this binocular vision system.
机译:对于在未知环境中探索的自主机器人而言,主动地图学习是机器人导航必不可少且至关重要的问题。但是,许多因素限制了机器人在实践中学习准确地图模型的能力。为了增强其学习能力,本文提出了一种使用IP网络摄像机和MATLAB图像处理工具箱开发的双目视觉系统。它整合了计算机视觉和机器人导航的知识。通过双目视觉系统,可以捕获和分析双目图像,从而识别出特征对象或形状。这些信息与声纳读数一起用于避免碰撞和地图构建。结果表明,采用这种双目视觉系统可以有效地实现主动地图学习的能力。

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