Mammography Registration for Unsupervised Learning Based on CC and MLO Views

Jiyun Li, Xiaomeng Wang, Chen Qian
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Abstract

Mammography image usually contains two views in different orientations---Cranial Caudal (CC) and Mediolateral Oblique (MLO). In clinical decision making, the location of the lesions on the CC and MLO views are usually different. And the shape of breast varies greatly among patients, therefore, two views are necessary for evaluating the information in a comprehensively manner. In this paper, we propose an unsupervised registration algorithm based on CC and MLO views of mammography, which learns the deformation function through a Convolutional Neural Network (CNN). This function maps the input image to the corresponding deformation field and generates an image with the same shape as the template image after deformation, so that the doctor can better observe the two views. According to the radiologist's assessment, our work can contribute to medical image analysis and processing while providing novel guidance in learning-based registration and its applications.
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基于CC和MLO视图的无监督学习乳房x线摄影注册
乳房x线摄影图像通常包含两个不同方向的视图-颅尾侧(CC)和中外侧斜位(MLO)。在临床决策中,CC和MLO视图上病变的位置通常不同。由于患者乳房形状差异较大,因此综合评价信息需要两种观点。在本文中,我们提出了一种基于乳房x线摄影CC和MLO视图的无监督配准算法,该算法通过卷积神经网络(CNN)学习变形函数。该函数将输入图像映射到相应的变形场,并生成变形后与模板图像形状相同的图像,以便医生更好地观察两种视图。根据放射科医生的评估,我们的工作可以为医学图像分析和处理做出贡献,同时为基于学习的配准及其应用提供新的指导。
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