首页> 外国专利> ABDOMINAL ORGAN STATUS DIAGNOSIS BASED ON ABNOMINAL ORGAN VOLUME CHANGE ANALYSIS USING ABNOMINAL ORGAN AUTOMATIC SEGMENTATION

ABDOMINAL ORGAN STATUS DIAGNOSIS BASED ON ABNOMINAL ORGAN VOLUME CHANGE ANALYSIS USING ABNOMINAL ORGAN AUTOMATIC SEGMENTATION

机译:腹部器官状态诊断基于AvaNOM器官体积变化分析使用AvN ABNMOMORM器官自动分割

摘要

A method for judging the state of abdominal organs based on an analysis of changes in abdominal organ volume using automatic abdominal organ segmentation is provided. The abdominal organ status determination method based on the abdominal organ volume change analysis using the automatic segmentation of the abdominal organs includes a plurality of axial images, a plurality of coronal images, and a plurality of sagittal images of medical images including abdominal organs. ) by inputting the image into a two-dimensional deep neural network. generating a plurality of prediction maps into which regions of interest are divided through the two-dimensional deep neural network; generating two-dimensional segmentation result data in which the region of interest is segmented by using the plurality of generated prediction maps using majority voting; generating a 3D image by cropping the ROI from the 2D segmentation result data and resizing the cropped 2D segmentation result data; and inputting the three-dimensional image into a three-dimensional deep neural network. It may include; obtaining 3D segmentation result data in which the region of interest is segmented through the 3D deep neural network.
机译:提供了一种基于使用自动腹部器官分割的腹部器官体积的变化来判断腹部器官状态的方法。基于腹部器官的自动分割的腹腔器官状态测定方法基于腹部器官的自动分割包括多个轴向图像,多个冠状图像,以及包括腹部器官的医学图像的多个矢状图像。 )通过将图像输入二维深神经网络。生成多个预测映射到哪个感兴趣区域划分到二维深神经网络的区域;生成二维分割结果数据,其中通过使用多数投票的多个生成的预测图来分割感兴趣区域;通过从2D分段结果数据裁剪ROI并调整裁剪的2D分段结果数据的大小来生成3D图像;并将三维图像输入三维深神经网络。它可能包括;获得3D分割结果数据,其中通过3D深神经网络分割了感兴趣区域。

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