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Adaptive Noise Reduction Algorithm for an Image Based on a Bayesian Method

Authors
김영화남지호
Issue Date
Jul-2012
Publisher
한국통계학회
Keywords
Bartlett's test; Bayesian statistics; image processing; MAP; noise; noise reduction.
Citation
Communications for Statistical Applications and Methods, v.19, no.4, pp 619 - 628
Pages
10
Journal Title
Communications for Statistical Applications and Methods
Volume
19
Number
4
Start Page
619
End Page
628
URI
https://scholarworks.bwise.kr/cau/handle/2019.sw.cau/35514
DOI
10.5351/CKSS.2012.19.4.619
ISSN
2287-7843
Abstract
Noise reduction is an important issue in the field of image processing because image noise lowers the quality of the original pure image. The basic difficulty is that the noise and the signal are not easily distinguished. Simple smoothing is the most basic and important procedure to effectively remove the noise;however, the weakness is that the feature area is simultaneously blurred. In this research, we use ways to measure the degree of noise with respect to the degree of image features and propose a Bayesian noise reduction method based on MAP (maximum a posteriori). Simulation results show that the proposed adaptive noise reduction algorithm using Bayesian MAP provides good performance regardless of the level of noise variance.
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