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An alphabetic contour-based descriptor for shape-based image retrieval

机译:基于字母的基于轮廓的基于形状的图像检索描述符

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Content-based image retrieval methods use color, texture and shape of an object for indexing and retrieval. Among these features, shape is a basic visual feature that holds significant information of the object. In this paper an alphabetic contour-based shape description method is proposed to facilitate shape classification and retrieval. The proposed method breaks down shape's contour into small segments and assigns unique alphabetic symbol for each segment based on its geometrical features. These symbols are used to create feature string which we call it, an alphabet string. The alphabet strings are compared together using dynamic programming during classification. The proposed method was tested on BROWN dataset that consists of occluded, articulated and missing part shapes. Results show the feasibility of the method and highlight its advantages over some state-of-the art methods.
机译:基于内容的图像检索方法使用用于索引和检索的对象的颜色,纹理和形状。在这些特征中,形状是具有对象的重要信息的基本视觉特征。本文提出了一种基于字母的基于轮廓的形状描述方法,以促进形状分类和检索。所提出的方法将形状的轮廓分解为小段,并基于其几何特征为每个段分配唯一的字母符号。这些符号用于创建要调用它的特征字符串,alphabet字符串。在分类期间使用动态编程将字母表串进行比较。在棕色数据集上测试了该方法,该方法由遮挡,铰接和缺失部件形状组成。结果显示该方法的可行性,并突出了其优于某些最先进的方法的优点。

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