Reflected hotspot used in industrial vision

A. Trufasu, C. Comeaga, C. Nitu
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Abstract

The paper deals with the measuring of a robot displacement, by stereo image matching; images of a hotspot placed onto the robot, generated by LASER reflected radiation are acquired by two CCD cameras; the reflective point is up to designer, in this particular case being the reflective surface of a small ball placed in view field of cameras. The technique to determine the 3D displacement of the robot, using the image matching approach, is presented. Using a pair of stereo images, the coordinates for a set of points belonging to the robot in a reference position are computed in a 3D Cartesian system. The procedure is then repeated for a new position. In order to demonstrate the validity of this technique, some experimental results are also presented.
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用于工业视觉的反射热点
本文研究了用立体图像匹配的方法测量机器人的位移;放置在机器人上的热点图像,由激光反射辐射产生,由两个CCD相机获取;反射点取决于设计师,在这种特殊情况下,是放置在相机视野中的小球的反射表面。提出了利用图像匹配方法确定机器人三维位移的方法。利用一对立体图像,在三维笛卡尔坐标系中计算机器人在参考位置上的一组点的坐标。然后对新位置重复此过程。为了证明该方法的有效性,文中还给出了一些实验结果。
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