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3D Shape description algorithms applied to the problem of model retrieval

机译:3D形状描述算法应用于模型检索问题

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Interest in three-dimensional shape retrieval is currently increasing, driven by two important reasons — the rapid increase of the amount of multimedia data and a noticeable advance in computer hardware and software during recent years. Presently, it is possible to retrieve complicated 3D models in a reasonable span of time thanks to the use of sophisticated 3D shape description algorithms, a feat which was unthinkable a few years ago. The main issue is the efficiency of the approaches, which must work both quickly and reliably. Hence, in this paper four 3D shape description algorithms — Extended Gaussian Image, Shape Distributions, Shape Histograms and Light Field Descriptor — were experimentally compared in order to determine which was most effective. As it turned out, the latter obtained the best retrieval result.
机译:当前,人们对三维形状检索的兴趣不断增长,这有两个重要原因:多媒体数据量的快速增长以及近年来计算机硬件和软件的显着进步。当前,由于使用了复杂的3D形状描述算法,可以在合理的时间内检索复杂的3D模型,这在几年前是无法想象的。主要问题是方法的效率,必须快速而可靠地工作。因此,在本文中,对四种3D形状描述算法(扩展的高斯图像,形状分布,形状直方图和光场描述符)进行了实验比较,以确定哪种方法最有效。事实证明,后者获得了最佳的检索结果。

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