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A Novel Iterative and Adaptive Noise Detection Method for Removal of Impulse Noise

机译:一种消除脉冲噪声的新型迭代自适应噪声检测方法

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In this paper, the authors propose an efficient technique called Iterative and Adaptive Noise Detection Method (IANDM) for detecting the corrupted pixel in the image and for estimating the original value of the corrupted pixel. With the proposed method the noise pixel detection is improved by giving important to both the local and the global features. The proposed AMPMAD algorithm has a highest detection in terms of 99.99% for 15% corrupted pixels in Lena image. Further the authors propose an adaptive iterative mode replacement policy for estimating the values of corrupted pixels. The performance evaluation of the proposed noise detector is measured viz PFN and PFP. The quantitative evaluation of the filter measured in terms of PSNR and MSE.
机译:在本文中,作者提出了一种有效的技术,称为迭代和自适应噪声检测方法(IANDM),用于检测图像中的损坏像素并估计损坏像素的原始值。利用所提出的方法,通过同时重视局部和全局特征来改进噪声像素检测。提出的AMPMAD算法对于Lena图像中15%损坏的像素具有99.99%的最高检测率。此外,作者提出了一种自适应迭代模式替换策略,用于估计损坏像素的值。建议的噪声检测器的性能评估是通过PFN和PFP进行的。根据PSNR和MSE对滤波器进行的定量评估。

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