去噪研究进展

IF 0.3 Q4 MATHEMATICS, APPLIED
Y. Jung
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引用次数: 1

摘要

本文的目的是对去噪问题给出一个简单的看法,但没有详细的介绍。去噪可以理解为去除信号和图像中不需要的部分。噪声包含了数据中固有的随机波动。由于噪声无处不在,去噪的方法和模型多种多样。从噪声的含义出发,我们简要地讨论了作为最大后验估计的去噪模型,并将其与变分形式或能量模型联系起来。然后介绍了图像和信号处理的几个主要分支;过滤、收缩或阈值、正则化和数据适应方法,尽管它可能不是分类去噪方法的一般方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A REVIEW ON DENOISING
This paper aims to give a quick view on denoising without comprehensive details. Denoising can be understood as removing unwanted parts in signals and images. Noise incorporates intrinsic random fluctuations in the data. Since noise is ubiquitous, denoising methods and models are diverse. Starting from what noise means, we briefly discuss a denoising model as maximum a posteriori estimation and relate it with a variational form or energy model. After that we present a few major branches in image and signal processing; filtering, shrinkage or thresholding, regularization and data adapted methods, although it may not be a general way of classifying denoising methods.
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