基于分类和目标检测的胸部x线图像诊断COVID-19

Kenji Yoshitsugu, Y. Nakamoto
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引用次数: 2

摘要

我们使用Kaggle大赛提供的胸部x线图像诊断COVID-19病例/患者的症状和疫区定位。通过使用YOLOv5目标检测算法训练和预测症状以及受影响区域的定位,我们获得了大约20%的低准确率。然而,除了YOLOv5之外,我们还使用了图像分类模型Keras / EfficientNetB7,将准确率提高到了大约80%。虽然检测肺炎等视觉上模糊的物体很困难,但我们认为可以通过使用图像分类模型训练/预测症状和使用目标检测算法对受影响区域进行定位来提高准确率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
COVID-19 Diagnosis Using Chest X-ray Images via Classification and Object Detection
We diagnose the symptoms and the localization of the affected area in COVID-19 cases/patients using chest x-ray images provided by the Kaggle competition. By training and predicting symptoms and the localization of the affected area using the YOLOv5 object detection algorithm, we obtained a low accuracy of approximately 20%. However, we improved the accuracy to approximately 80% by using the image classification model Keras / EfficientNetB7, in addition to YOLOv5. Although it is difficult to detect visually ambiguous objects such as pneumonia, we believe that we can improve the accuracy by training/predicting symptoms using the image classification model and the localization of the affected area using the object detection algorithm.
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