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Texture classification via extended local graph structure

机译:通过扩展局部图结构进行纹理分类

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摘要

In this paper, we propose a simple and robust local descriptor operator, called the extended local graph structure (ELGS). The original local graph structure (LGS) performs very well in many domains, for instance face recognition, face spoofing detection and others. However, LGS has a few demerits such as LGS is not robust to the noise present in the image and LGS takes into considerations the horizontal graph and ignores the vertical graph which causes a loss in the spatial information. Therefore, we extend the idea of LGS by encoding the pattern into two directions. This is means that we take into consideration the vertical graph along with the horizontal graph and then concatenate the two computed histograms features to form a global descriptor. Experimental results on the UIUC and XU High Resolution texture databases show a promising performance. (C) 2015 Elsevier GmbH. All rights reserved.
机译:在本文中,我们提出了一种简单而强大的局部描述符运算符,称为扩展局部图结构(ELGS)。原始的局部图结构(LGS)在许多领域中都表现出色,例如面部识别,面部欺骗检测等。但是,LGS有一些缺点,例如LGS对图像中存在的噪声不稳健,LGS考虑了水平图,而忽略了垂直图,这会导致空间信息的损失。因此,我们通过将模式编码为两个方向来扩展LGS的思想。这意味着我们要同时考虑垂直图和水平图,然后将两个计算的直方图特征连接起来以形成全局描述符。在UIUC和XU高分辨率纹理数据库上的实验结果显示出令人鼓舞的性能。 (C)2015 Elsevier GmbH。版权所有。

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