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Design and implementation of image retrieval system for science and technology resources database based on web

机译:基于Web的科技资源数据库图像检索系统的设计与实现

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In order to solve the problem of millions image retrieval in science and technology resources database, the authors firstly studied extraction technologies of bottom image features in CBIR. Sub-block histogram method was used in the color feature extraction, and the Gabor wavelet transformation method were used in the texture feature extraction, while the invariant moment method was used in the shape feature extraction, then the authors combined different features for image retrieval, and used relevance feedback based on weight adjustment techniques to make retrieval results more according with user needs. On the basis of the study, the authors designed and implemented Web-based image retrieval experimental system of science and technology resources database. The experiments indicate that feature combination and relevance feedback can improve the image retrieval precision rate of science and technology resources effectively.
机译:为了解决科技资源数据库中数以百万计的图像检索问题,作者首先研究了CBIR中底部图像特征的提取技术。颜色特征提取采用亚块直方图法,纹理特征提取采用Gabor小波变换法,形状特征提取采用不变矩法,然后结合不同特征进行图像检索,并使用基于权重调整技术的相关性反馈使检索结果更符合用户需求。在此基础上,作者设计并实现了基于Web的科技资源数据库图像检索实验系统。实验表明,特征组合和相关反馈可以有效提高科技资源的图像检索精度。

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