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Centered Subset Kernel PCA for Denoising

机译:居中子集PCA去噪

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摘要

Kernel PCA has been applied to image processing, even though, it is known to have high computational complexity. We introduce centered Subset KPCA for image denoising problems. Subset KPCA has been proposed for reduction of computational complexity of KPCA, however, it does not consider a pre-centering that is often important for image processing. Indeed, pre-centering of Subset KPCA is not straightforward because Subset KPCA utilizes two sets of samples. We propose an efficient algorithm for pre-centering, and provide an algorithm for pre-image. Experimental results show that our method is comparable with a state-of-the-art image denoising method.
机译:尽管已知内核PCA具有很高的计算复杂度,但它已被应用于图像处理。我们介绍了针对图像去噪问题的居中子集KPCA。已提出子集KPCA以降低KPCA的计算复杂性,但是,它不考虑通常对图像处理很重要的预对中。确实,子集KPCA的预先居中并不简单,因为子集KPCA使用了两组样本。我们提出了一种有效的预居中算法,并提供了一种预图像算法。实验结果表明,我们的方法可与最新的图像去噪方法相媲美。

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