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Apparatus and method for reconstructing 3D shape of object with depth discontinuity using Helmholtz stereopsis

机译:使用亥姆霍兹立体视觉重建具有深度不连续性的物体的3D形状的设备和方法

摘要

Provided is an apparatus for reconstructing a 3D shape of an object by using Helmholtz stereopsis. The apparatus includes: an image capturer for capturing two pairs of images satisfying Helmholtz reciprocity condition; a preprocessor for estimating optical and geometrical characteristics of a camera used for the image capturing; and a geometrical data reconstructor for converting Helmholtz restrictions generated from the respective pairs of the images into partial differential equations on the basis of the estimated optical and geometrical characteristics, and reconstructing 3D surface data of an object with depth discontinuity at a boundary between regions on the basis of the partial differential equations.
机译:提供一种用于通过使用亥姆霍兹立体视觉来重建对象的3D形状的设备。该设备包括:图像捕获器,用于捕获满足亥姆霍兹互易条件的两对图像;以及预处理器,用于估计用于图像捕获的照相机的光学和几何特性;几何数据重建器,用于根据估计的光学和几何特征,将从各对图像生成的亥姆霍兹限制转换为偏微分方程,并重建深度不连续的物体的3D表面数据,该物体的深度在表面上的边界之间偏微分方程的基础。

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