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ICV and fine-registration algorithms for an efficient merging of point clouds

机译:ICV和精细登记算法,有效合并点云

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One of most important and frequents needs that arise when we have to handle the point clouds is to merging them in an efficient and precise manner so that we can obtain more complex and bigger 3D models by chunks, seamlessly. ICV, Intelligent Cloud Viewer, is a software developed in-house by AESEI (spin-off of Polytechnic of Bari) that contains many tools and filters for point cloud processing. In this paper we illustrate the fine-registration algorithm implemented in ICV, one of the countless variants of ICP methods (Iterative Closets Points). The fine-registration method can be usefully adopted to estimate the differences between point clouds of the same subject executed in different times or for a comparison of point clouds of same subject obtained with different acquisition techniques, for example a laser-scanner and a photogrammetric technique. Furthermore, ICV integrates the M3C2 module for a robust error analysis, where by error is intended the differences or distances between similar point clouds.
机译:当我们必须处理点云时出现的最重要和最重要的需求是以高效且精确的方式合并它们,以便我们可以无缝地通过大块获得更复杂和更大的3D模型。 ICV智能云观众是由Aesei(Bari的Provout-Off)内部开发的软件,其中包含许多用于点云处理的工具和过滤器。在本文中,我们说明了ICV中实现的微量登记算法,ICP方法的无数变体之一(迭代壁橱点)。可以有利于使用微量登记方法来估计在不同时间执行的相同主题的点云之间的差异,或者用于使用不同采集技术获得的相同对象的点云的比较,例如激光扫描仪和摄影测量技术。此外,ICV集成了M3C2模块的强大错误分析,其中错误是相似点云之间的差异或距离。

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