Multi resolution feature combined with ODBTC technique for robust CBIR system

V. G. Ranjith, M. Jeyakumar, S. Palanikumar
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Abstract

Content based image retrieval (CBIR) is a system that retrieves a set of images that most resembles the query image. The technology is used in many applications. Currently used image content retrieval method is ordered-dither block truncation coding (ODBTC). This method is used to produce image content descriptors. In this system, it gives only an average accuracy of 70.5%. Our aim is to create a more robust and accurate system for CBIR. For this purpose in addition to colour cooccurrence feature (CCF) and bit pattern features (BPF), contourlet and wavelet features from the query image is extracted for image retrieval process. In our experiment the system is first tested with ODBTC and wavelet and then ODBTC and contourlet. The results obtained with ODBTC and contourlet is more accurate and produced accuracy 91.5%. The dataset used for our experiment is CorelDB.
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多分辨率特征与ODBTC技术相结合的鲁棒CBIR系统
基于内容的图像检索(CBIR)是一种检索与查询图像最相似的一组图像的系统。这项技术应用于许多领域。目前使用的图像内容检索方法是有序抖动块截断编码(ODBTC)。该方法用于生成图像内容描述符。在这个系统中,它的平均准确率只有70.5%。我们的目标是为CBIR创建一个更加稳健和准确的系统。为此,除了颜色共现特征(CCF)和位模式特征(BPF)外,还从查询图像中提取轮廓波和小波特征用于图像检索过程。在我们的实验中,首先使用ODBTC和小波对系统进行测试,然后使用ODBTC和contourlet对系统进行测试。采用ODBTC和contourlet的结果更准确,准确度为91.5%。我们实验使用的数据集是CorelDB。
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