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A novel image denoising method in 2-D fractional time-frequency domain

机译:二维分数时频域的一种新型图像去噪方法

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To improve image quality and a higher level of follow-up image process needed, it's of great importance to do the image denoising process first. A new image denoising method in two-dimensional (2-D) fractional time-frequency domain is proposed in this paper. Through the realization of 2-D fractional wavelet transform algorithm, the 2-D fractional wavelet transform theory is applied to image denoising, and compare with image denoising method based on 2-D wavelet transform. A large number of image denoising simulation studies have shown that, the Peak Signal to Noise Ratio of output images based on the proposed method can be effectively improved, and preserve detail information effectively and reduce the noise at the same time. It proved 2-D fractional wavelet transform is a new and effective time-frequency domain image denoising method.
机译:为了提高图像质量和更高水平的后续图像过程,首先做图像去噪过程非常重要。本文提出了一种新的二维(2-D)分数频域中的新图像去噪方法。通过实现2-D分数小波变换算法,将2-D分数小波变换理论应用于图像去噪,并与基于2-D小波变换的图像去噪方法比较。大量的图像去噪仿真研究表明,可以有效地改善基于所提出的方法的输出图像的峰值信号到噪声比,并有效地保护细节信息并同时降低噪声。它证明了2-D分数小波变换是一种新的有效的时频域图像去噪方法。

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