Neuroimaging of intracranial neoplasms: volume segmentation of 3D images

Kh. Dzhanibekov, A. Churakov, A. Ongarbayeva, D. Naumenko, I. Shulgina, P. Lopatov
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Abstract

The progressive development of medical bioinformatics, namely computer vision and deep learning technologies, will allow accurate screening of neurooncological diseases and evaluate the effectiveness of the treatment methods performed in dynamics at all levels of healthcare institutions. At present, the Matlab platform is the most functional environment for image processing with the implemented possibility of using semantic segmentation. An algorithm for creating masks of the area of interest of specialists and a listing for training a neural network in the diagnostic screening of neurooncological patients are presented.
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颅内肿瘤的神经成像:三维图像的体积分割
医学生物信息学(即计算机视觉和深度学习技术)的逐步发展将有助于准确筛查神经肿瘤疾病,并评估各级医疗机构动态治疗方法的有效性。目前,Matlab 平台是功能最强大的图像处理环境,可以使用语义分割技术。本文介绍了一种用于创建专家感兴趣区域掩膜的算法,以及一种用于神经肿瘤患者诊断筛查的神经网络训练列表。
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