Lung Segmentation Enhances COVID-19 Detection

R. Turnbull
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Abstract

Improving automated analysis of medical imaging will provide clinicians more options in providing care for patients. The 2023 AI-enabled Medical Image Analysis Workshop and Covid-19 Diagnosis Competition (AI-MIA-COV19D) provides an opportunity to test and refine machine learning methods for detecting the presence and severity of COVID-19 in patients from CT scans. This paper presents version 2 of Cov3d, a deep learning model submitted in the 2022 competition. The model has been improved through a preprocessing step which segments the lungs in the CT scan and crops the input to this region. It results in a macro F1 score of 84.92% for predicting the presence of COVID-19 in the CT scans on the test dataset which came second place in the competition. The model achieved a macro F1 score of 59.06% on the test dataset for predicting the severity of COVID-19 which was the best performing model for that task of the competition.
肺分割增强COVID-19检测
医学影像自动分析的改进将为临床医生提供更多的选择,为患者提供护理。2023年支持人工智能的医学图像分析研讨会和Covid-19诊断竞赛(AI-MIA-COV19D)提供了一个测试和改进机器学习方法的机会,用于通过CT扫描检测患者是否存在Covid-19及其严重程度。本文介绍了Cov3d的第2版,这是一个在2022年竞赛中提交的深度学习模型。该模型通过预处理步骤得到改进,该步骤在CT扫描中分割肺部并将输入裁剪到该区域。在本次比赛中获得第二名的测试数据集上,预测新冠病毒是否存在的宏观F1得分为84.92%。该模型在预测COVID-19严重程度的测试数据集中取得了59.06%的宏观F1分数,是该竞赛任务中表现最好的模型。
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