A Simplified Convolutional Neural Network Design for COVID-19 Classification on Chest X-ray Images

Wannipa Sae-Lim, R. Suwannanon, P. Aiyarak
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Abstract

COVID-19 is a respiratory virus that causes the spread of infection and has affected human around the world. The infection frequently results in pneumonia in human which can be detected using lung imaging, chest X-ray images. Deep learning models have been demonstrated to an effective COVID-19 interpretation on chest radiography. In this paper, we have proposed a simplified convolutional neural network model for COVID-19 screening that can classify the appearance of COVID-19 lesion into two classes. The proposed model; despite using fewer layers and the utilization of data augmentation approach in training process, can achieve the greater outcome. To evaluate the proposed model, we have used a partial of the public dataset, COVID-19 Radiography Database which is a collection of 13,808 chest X-ray images. At the final stage, the Grad-CAM visualization method has been used to enhance the important region of chest X-ray images in order to provide the explanations of COVID-19 predictions.
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基于简化卷积神经网络的胸部x线图像COVID-19分类设计
COVID-19是一种引起感染传播的呼吸道病毒,已影响到世界各地的人类。这种感染经常导致人类肺炎,可以通过肺部成像、胸部x线图像检测到。深度学习模型已被证明可以有效地解释胸片上的COVID-19。本文提出了一种简化的卷积神经网络模型用于COVID-19筛查,该模型可以将COVID-19病变的外观分为两类。提出的模型;尽管在训练过程中使用较少的层数和数据增强方法,可以取得更大的效果。为了评估所提出的模型,我们使用了部分公共数据集,即COVID-19放射学数据库,该数据库收集了13808张胸部x射线图像。最后,利用Grad-CAM可视化方法增强胸部x线图像的重要区域,为COVID-19预测提供解释。
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