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Content-based Image Retrieval Using Entropy and Fractal Coding

机译:基于内容的图像检索使用熵和分形编码

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Describing and extracting image's feature is a key question in content-based image retrieval system, and this paper puts forward a novel image retrieval method using image information entropy and fractal coding. First, compared with a given threshold computed from the inquired image, each image in the database is classified by computing its image entropy. Second, the inquired image's fractal coding is got by Jacquin method, which is applied to the same kind of database images with fractal tenth iteration decoding. Finally, image retrieval result is obtained by matching the similar Euclidean distance between the inquired image and the iterated decoded image. Experimental results show that compared with the direct image pixels similar matching strategy, our scheme improves the retrieval time greatly and guarantees the retrieval accuracy, thus our proposed method is effective and feasible.
机译:描述和提取图像的特征是基于内容的图像检索系统中的一个关键问题,本文使用图像信息熵和分形编码提出了一种新颖的图像检索方法。 首先,与从查询图像计算的给定阈值相比,数据库中的每个图像通过计算其图像熵来分类。 其次,查询图像的分形编码由Jacquin方法获得,其应用于具有分形十分迭代解码的相同数据库图像。 最后,通过匹配查询图像和迭代解码图像之间的类似欧几里德距离来获得图像检索结果。 实验结果表明,与直接图像像素相似的匹配策略相比,我们的方案大大提高了检索时间并保证了检索精度,因此我们提出的方法是有效和可行的。

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