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A New Model of Binocular Stereo Coordinate Measurement System Based on Skew Ray Tracing

机译:基于偏光线跟踪的双目立体坐标测量系统的新模型

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Two-CCD binocular stereo vision systems using pinhole model are attracting research interest in many important fields such as 3-D coordinate measurement. However, new system modeling is difficult because of lack of fundamental imaging formation theory. In this paper, in order to measure a 3-D surface, we demonstrate how a binocular stereo vision system can be modeled by the proposed skew ray tracing method to study the geometric relations between the binocular camera images and the 3-D surface. In order to investigate the overall accuracy and resolution of this system, the influence of infinitesimal camera reading errors on measured coordinate errors is determined by sensitivity analysis. Experimental verification demonstrates that the performance of the proposed system is excellent.
机译:使用针孔模型的双CCD双目立体视觉系统正吸引着许多重要领域的研究兴趣,例如3-D坐标测量。但是,由于缺乏基本的成像形成理论,因此很难进行新的系统建模。在本文中,为了测量3-D表面,我们演示了如何通过提出的斜射线跟踪方法对双目立体视觉系统建模,以研究双目相机图像和3-D表面之间的几何关系。为了研究此系统的总体精度和分辨率,通过灵敏度分析确定了无穷小的相机读取误差对测得的坐标误差的影响。实验验证表明,所提出系统的性能非常好。

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