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Batik image retrieval based on similarity of shape and texture characteristics

机译:基于形状和纹理特征相似度的蜡染图像检索

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This research develops the concept of CBIR on the image motif. For processes that do not only find images that have been stored in database, but also be able to recognize some resemblance ornament image or texture as well as form. Although different size, direction of slope, and the layout of texture and shape, but the concept will be recognized. In calculating the percentage of similarity is not only based on performance measurement precision but also the image of the relevant. From the results of over 250 studies batik motif images and 25 images in the database query, it is used for texture feature extraction methods canny edge detection and shape invariant moment feature extraction. For the calculation of the similarity distance and Canberra distance is used euclid functions. Threshold Algorithm which will display the image based on the value of the highest grade representation on each image query, followed by comparing the results of feature extraction using the operator min on fuzzy logic to generate maximum value. Excess Threshold algorithm, compared with other methods lies in simplicity retrieval method in the image, so that the performance of CBIR becomes more reliable and effective.
机译:这项研究开发了图像主题上的CBIR概念。对于不仅查找已存储在数据库中的图像,而且还能够识别某些相似装饰图像或纹理以及形式的过程。尽管大小,坡度方向以及纹理和形状的布局不同,但是该概念将得到认可。在计算相似度百分比时,不仅要根据性能测量的准确性,还要根据图像的相关性。从250多个蜡染图案研究图像和25个数据库查询图像的结果中,将其用于纹理特征提取方法,精巧边缘检测和形状不变矩特征提取。为了计算相似距离和堪培拉距离,使用了欧几里德函数。阈值算法将基于每次图像查询中最高等级表示的值显示图像,然后使用模糊逻辑上的运算符min比较特征提取的结果以生成最大值。与其他方法相比,超阈值算法在于图像中的简单检索方法,从而使CBIR的性能变得更加可靠和有效。

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