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Measurement Accuracy Analysis of Distance Between Cameras in Stereo Vision

机译:立体视觉中相机距离的测量精度分析

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Stereo vision is one of the most interesting topic research in the last decades. It follows the human's vision principle with two eyes to produce the depth estimation. Many recent works have started to use this technique for many implementations. Two cameras in stereo system generate the disparity map. The distance estimation of the object could be generated using this map. The position of cameras is crucial for getting a good result. This paper is trying to analyze the relation of distance between the camera and measurement accuracy in the stereo vision system. The result shows that the area of measurement depending on the distance between cameras. When an object located too close with cameras, the system cannot measure the distance properly. As the result of this experiment, the optimal distance of measurement when the distance between cameras 10cm is 40 to 200cm, with average the measurement error 1%.
机译:立体声愿景是过去几十年中最有趣的主题研究之一。它遵循人类的视觉原则,两只眼睛产生深度估计。许多最近的作品已经开始使用这种技术进行许多实现。立体声系统中的两个相机生成差异图。可以使用此地图生成对象的距离估计。摄像机的位置对于获得良好的结果至关重要。本文试图分析立体视觉系统中相机与测量精度之间的距离关系。结果表明,测量区域取决于相机之间的距离。当一个物体与摄像机太接近时,系统无法正确测量距离。由于该实验的结果,当相机10cm之间的距离为40至200cm时,测量的最佳距离,平均测量误差为1%。

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