Microcalcifications Detection System through Discrete Wavelet Analysis and Contrast Enhancement Techniques

B. Leiner, Vargas Q. Lorena, T.M. Cesar, M.V. Lorenzo
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引用次数: 10

Abstract

This paper describes a method to detect microcalcifications in digital mammographic images using two-dimensional discrete wavelet transform and image enhancement techniques for removing noise as well as to obtain a better contrast. Calcifications are tiny deposits of calcium in breast tissues and they often represent important and common findings in a mammogram. The first step is to apply a segmentation process for eliminating some regions in the image, which are not useful for the mammographic interpretation. Then histogram modification technique is used to improve the contrast of the image and to clarify some details like microcalcifications. Finally DWT (discrete wavelet transform) must be applied for detecting the abnormality. Results were evaluated using the mammographic image analysis society (MIAS) mammographic databases.
基于离散小波分析和对比度增强技术的微钙化检测系统
本文描述了一种利用二维离散小波变换和图像增强技术来检测数字乳房x线摄影图像中的微钙化的方法,以去除噪声并获得更好的对比度。钙化是乳房组织中微小的钙沉积,通常是乳房x光检查中重要和常见的发现。第一步是应用分割过程来消除图像中的一些区域,这些区域对乳房x线摄影解释无用。然后利用直方图修饰技术提高图像对比度,并对微钙化等细节进行澄清。最后,必须应用离散小波变换进行异常检测。使用乳房摄影图像分析学会(MIAS)乳房摄影数据库对结果进行评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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