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Localization based on vision using stereo System and SIFT features

机译:使用立体系统和SIFT功能基于视觉进行定位

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The traditional method uses the GPS signal to determine the location of a vehicle or Mobile Robot, but these methods sometimes fail to determine the exact position of the object especially in urban areas, or inside buildings. It fails to determine the position for multiple reasons such as the multi-fading path, obstacles, rain, and snow which all have an effect on the signal of the GPS. The developed algorithm is intended to get the location of the moving objects by using the computer vision system. The results of the proposed algorithm give higher performance (around 33 second and with a resolution of 10 meters) compared to the other systems on the long trajectory. We use the single camera system to select the suitable features and the stereo camera systems to obtain the locations of the object. It is therefore different from the other methods that are dependent on maps to compare the image features with the features of the map to determine the location of the object.
机译:传统方法使用GPS信号来确定车辆或移动机器人的位置,但是这些方法有时无法确定对象的确切位置,尤其是在市区或建筑物内部。由于多种原因,例如多衰落路径,障碍物,雨水和雪都影响GPS信号,因此无法确定位置。所开发的算法旨在通过使用计算机视觉系统来获取运动对象的位置。与长轨迹上的其他系统相比,该算法的结果提供了更高的性能(约33秒,分辨率为10米)。我们使用单摄像头系统选择合适的功能,然后使用立体摄像头系统获取对象的位置。因此,与依赖于地图将图像特征与地图特征进行比较以确定对象位置的其他方法不同。

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