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Automated Prognosis Analysis for Traumatic Brain Injury CT Images

机译:创伤性脑损伤CT图像的自动预后分析

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Traumatic brain injury (TBI) is a major cause of deaths worldwide. In this paper, we propose a framework for automatic brain CT image analysis and Glasgow Outcome Scale (GOS) prediction for TBI cases. For each TBI case, we first select a fixed number of images to represent the case, then we extract Gabor features from these images and form a feature vector. As a large number of features are extracted from the images, we use PCA to select the features for training and testing. We then use random forest for training and testing of our prognosis model. The overall accuracy of binary GOS classification is between 73% and 75% for different GOS dichotomizations.
机译:创伤性脑损伤(TBI)是全世界死亡的主要原因。在本文中,我们提出了一种自动脑CT图像分析的框架和TBI病例的Glasgow结果规模(GOS)预测。对于每个TBI案例,我们首先选择一个固定数量的图像来表示这种情况,然后我们从这些图像中提取Gabor特征并形成特征向量。随着从图像中提取的大量功能,我们使用PCA来选择培训和测试的功能。然后我们使用随机森林进行培训和测试我们的预后模型。二元GOS分类的整体准确性为不同的GOS二分钟的73%和75%。

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