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首页> 外文期刊>IEEE Transactions on Pattern Analysis and Machine Intelligence >Efficiently computing and representing aspect graphs of polyhedral objects
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Efficiently computing and representing aspect graphs of polyhedral objects

机译:有效地计算和表示多面体对象的长宽图

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摘要

An efficient algorithm and a data structure for computing and representing the aspect graph of polyhedral objects under orthographic projection are presented. The aspect graph is an approach to representing 3-D objects by a set of 2-D views, for the purpose of object recognition. In this approach the viewpoint space is partitioned into regions such that in each region the qualitative structure of the line drawing does not change. The viewing data of an object is the partition of the viewpoint space together with a representative view in each region. The algorithm computes the viewing data for line drawings of polyhedral objects under orthographic projection.
机译:提出了一种高效的算法和数据结构,用于计算和表示正投影下的多面体物体的纵横图。纵横图是一种通过一组2D视图表示3D对象的方法,目的是进行对象识别。在这种方法中,将视点空间划分为多个区域,以使在每个区域中,线条图的质量结构都不会改变。对象的观看数据是视点空间的划分以及每个区域中的代表性视图。该算法为正投影下的多面体对象的线图计算查看数据。

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