An Effective Approach for suppressing High R K Density Noise in Image by Robust Estimator
Published: 2010
Author(s) Name: R. K. Kulkarni, Dr. S. Meher, Dr. (Mrs.) J. M. Nair, Dr.D.K Singh
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Abstract
In this paper a novel method for effectively denoising the extremely corrupted image by fixed value impulse
noise using robust estimation based filter is proposed. The proposed algorithm classifies the pixels of localized
window in to “corrupted” or “uncorrupted” and removes only corrupted pixels by robust estimation or by left
modified neighbor. It is shown that the proposed filter effectively removes the impulse noise while preserving
the good image quality. The visual and quantitative results proves that the performance of proposed filter in the
preservation of edges and details is better even at noise level as high as 95%.
Keywords: Robust estimation, High density impulse noise, nonlinear filter.
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