Analysis of The Various Techniques Used for Breast Segmentation from Mammograms

Athira K S, Janaki Peruvamba Dharmarajan, Vijaykumar D K, Nagesh Subbanna
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Abstract

Studies show that the cancer that causes the breast is the most frequent type of cancer found among women. X-ray imaging, called mammography, is an imaging technique that is commonly used to detect and classify breast abnormalities. However, accurate segmentation of breast tissues and abnormalities in the mammogram is a challenge, and consequently, many techniques have been employed over the years to extract these tissues and abnormalities and classify breasts based on their vulnerability to breast cancer. In this paper, we present different approaches used for breast segmentation from mammograms. Various methods ranging from modern deep learning-based techniques like UNet, and Atlas-based techniques are reviewed, and the classical techniques such as active contour, global threshold, machine learning based methods, etc. The results of these techniques are compared in order to provide an insight into the challenges of breast tissue classification and the future challenges are highlighted.
从乳房x光片中分割乳房的各种技术分析
研究表明,导致乳腺癌的癌症是女性中最常见的癌症类型。x射线成像,也称为乳房x光摄影,是一种通常用于检测和分类乳房异常的成像技术。然而,在乳房x光片中准确分割乳腺组织和异常是一个挑战,因此,多年来已经采用了许多技术来提取这些组织和异常,并根据其对乳腺癌的易感性对乳房进行分类。在本文中,我们提出了从乳房x光片中进行乳房分割的不同方法。从现代深度学习技术如UNet和基于atlas的技术,到经典技术如活动轮廓、全局阈值、基于机器学习的方法等,综述了各种方法。这些技术的结果进行比较,以提供一个洞察乳房组织分类的挑战和未来的挑战是突出的。
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