Short review of polarimetric imaging based method for 3D measurements

C. Stolz, A. Zanzouri Kechiche, O. Aubreton
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引用次数: 6

Abstract

In the domain of 3D measurement for inspection purposes, standard systems based on triangulation approaches, can be limited by the nature of the observed surface. When the surface is not lambertian, i.e. highly reflective or transparent, other strategies to ease the measurement need to be developed. The idea of using the polarization property of the light is one of them. This was explored to be a complementary modality, in triangulation or shape from distortion methods, or used in a standalone system through the concept of "shape from polarization". In this paper we propose a short state of the art of the usage of polarimetric imaging for the study of surface and the measurement of 3D data. We focus on recent development applied to the industrial domain, or the health domain.
基于偏振成像的三维测量方法综述
在用于检测目的的三维测量领域,基于三角测量方法的标准系统可能受到观察表面性质的限制。当表面不是朗伯曲面,即高反射或透明时,需要开发其他策略来简化测量。利用光的偏振特性的想法就是其中之一。这被探索为一种互补的模式,在三角测量或变形方法中,或通过“偏振形状”的概念在一个独立的系统中使用。在本文中,我们提出了利用偏振成像技术研究表面和测量三维数据的一个简短的技术状态。我们关注应用于工业领域或健康领域的最新发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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