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A Novel Method for Filtering of Gaussian Colored Noise In Images with Wavelet Transform

机译:一种新的小波变换图像中高斯彩色噪声的方法

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Based on the statistical properties of the colored noise in wavelet domain and the whitening property of wavelet transform, we present a novel method to filter colored noise efficiently. The proposed method treats every detail subband in wavelet domain as a regular image with white noise, and filters the noise using the threshold value algorithm by iteratively performing wavelet decomposition. The image polluted by colored noise is then denoised by doing inverse transform. The method is independent of the correlation parameter of the colored noise. Our simulation results indicate that the proposed method is able to achieve close or better performance in filtering the colored noise with significantly reduced computation cost than existing approaches, and it is also applicable to reduce white noise.
机译:基于小波结构域中彩色噪声的统计特性和小波变换的白平特性,我们提出了一种有效滤除彩色噪声的新方法。所提出的方法将小波域中的每个细节子带处理为具有白色噪声的常规图像,并通过迭代地执行小波分解来滤除阈值算法的噪声。然后通过执行逆变换来授予彩色噪声污染的图像。该方法与彩色噪声的相关参数无关。我们的仿真结果表明,该方法能够在过滤比现有方法的计算成本显着降低的彩色噪声来实现紧密或更好的性能,并且还适用于减少白噪声。

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