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An Adaptive Image Denoising Model Based on Tikhonov and TV Regularizations

机译:基于Tikhonov和TV正则化的自适应图像降噪模型

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To avoid the staircase artifacts, an adaptive image denoising model is proposed by the weighted combination of Tikhonov regularization and total variation regularization. In our model, Tikhonov regularization and total variation regularization can be adaptively selected based on the gradient information of the image. When the pixels belong to the smooth regions, Tikhonov regularization is adopted, which can eliminate the staircase artifacts. When the pixels locate at the edges, total variation regularization is selected, which can preserve the edges. We employ the split Bregman method to solve our model. Experimental results demonstrate that our model can obtain better performance than those of other models.
机译:为了避免阶梯伪像,通过Tikhonov正则化和总变化正则化的加权组合,提出了一种自适应图像去噪模型。在我们的模型中,可以根据图像的梯度信息自适应地选择Tikhonov正则化和总变化正则化。当像素属于平滑区域时,采用Tikhonov正则化,可以消除阶梯伪像。当像素位于边缘时,选择总变化正则化,可以保留边缘。我们采用分裂的Bregman方法求解模型。实验结果表明,我们的模型可以获得比其他模型更好的性能。

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