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Iterative Total Variation Image Deblurring with Varying Regularized Parameter

机译:可变正则参数的迭代总变异图像去模糊

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摘要

Total variation based model is one of the most effective method for image restoration. In this paper, we consider the total variation (TV) based regularization method and evaluate the regularization parameter for the TV based iterative forward-backward splitting (IFBS) approach. Different parameters with different iterations are obtained. The proposed adaptive iterative forward-backward splitting method does not need to know the initial value of the regularization parameter and does not require any information about the perturbation process. Experimental results demonstrate that the adaptive parameter method is efficient and provide competitive performance.
机译:基于总变化量的模型是最有效的图像还原方法之一。在本文中,我们考虑了基于总变化量(TV)的正则化方法,并评估了基于TV的迭代前向后向拆分(IFBS)方法的正则化参数。获得具有不同迭代的不同参数。所提出的自适应迭代向前-向后拆分方法不需要知道正则化参数的初始值,并且不需要有关扰动过程的任何信息。实验结果表明,自适应参数法是有效的,并且具有竞争优势。

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