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A New Registration Algorithm for 3D Reconstruction of Objects based on 3D Laser Scanning

机译:基于3D激光扫描的3D物体配准新算法

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摘要

The task of surface reconstruction from three dimensional (3D) range data covers a variety of techniques. The Iterative closest Point (ICP) algorithm is the well-known algorithm used for registration of multiple range images. However, key to the success of the ICP algorithm is to acquire a proper initial transformation values and look for the correspondence relation between a pair of range images to be registered. In this paper we address a somehow different problem that has only little been addressed in the past. Combined with the match technique in photogrammetry, the paper briefly describes the principle of ICP algorithm, presents a new method to get the initial values and the method of looking for the correspondent points in the two adjoining coordinate system for the registration, and practical range images are applied for the implementation of proposed rule to show the efficiency of our approach. In addition, the whole adjustment of image registration is also employed to multiple range images.
机译:从三维(3D)范围数据进行表面重建的任务涉及多种技术。迭代最近点(ICP)算法是用于多范围图像配准的众所周知的算法。但是,ICP算法成功的关键是获取适当的初始转换值并寻找要记录的一对距离图像之间的对应关系。在本文中,我们解决了过去几乎未解决的某种不同的问题。结合摄影测量中的匹配技术,简要介绍了ICP算法的原理,提出了一种获取初始值的新方法以及在两个相邻坐标系中寻找配准的对应点的方法以及实用的范围图像适用于拟议规则的实施,以显示我们方法的效率。此外,图像配准的整体调整也适用于多个范围的图像。

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