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Multiple kernel collaborative representation based classification

机译:基于多核协同表示的分类

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摘要

At present, collaborative representation based classification (CRC) is widely used in many pattern classification and recognition tasks. Meanwhile, spatial pyramid matching (SPM) method, which considers the spatial information in representing the image, is efficient for image classification. However, for SPM, the weights to evaluate the representation of different subregions are fixed. In this paper, we combine CRC and multiple kernel learning approach, propose the multiple kernel collaborative representation based classification (MKCRC) method, and apply it to image classification to learn the weights of different subregions in representing the image. Experimental results have obvious advantages than state-of-the-art methods in several benchmark datasets, such as Caltech101, 102flowers, Scene 15 and UIUC sports.
机译:当前,基于协作表示的分类(CRC)已广泛用于许多模式分类和识别任务。同时,在表示图像时考虑空间信息的空间金字塔匹配(SPM)方法对于图像分类是有效的。但是,对于SPM,评估不同子区域表示形式的权重是固定的。在本文中,我们将CRC和多核学习方法相结合,提出了基于多核协同表示的分类(MKCRC)方法,并将其应用于图像分类,以学习不同子区域在图像表示中的权重。在一些基准数据集中,例如Caltech101、102flowers,Scene 15和UIUC sport,实验结果比最新方法具有明显优势。

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