CV-CXR:一种基于CNN和热图的Covid-19病毒分类和可视化方法*

Ashok Ajad, Taniya Saini, K. M. Niranjan
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引用次数: 0

摘要

当前,新冠肺炎疫情正在全球蔓延,影响到全球数百万人口。covid病例的指数级增长使卫生保健系统不堪重负。covid-19的检测方法有很多,如快速抗原检测、RT-PCR检测等。这些测试有一定的局限性,有时人们会混淆呼吸道感染和covid-19感染,因为许多症状相似。所以确诊时,胸部x光片是首选。covid -19具有与肺炎、实变和毛玻璃样混浊相似的症状,在我们的方法中,我们将其视为covid。本文的图像来自知名医院和covid - net架构中使用的各种在线数据集。积累后,数据集由经验丰富的放射科医生验证。在我们的方法中,我们根据covid-19的各种症状(如肺炎、实变、囊肿)训练我们的模型,最后训练covid-19数据集图像。在我们的研究中,我们使用了单一和集成模型进行分类。使用了densenet、efficient net、resnet等模型。在将图像数据集传递到训练之前,使用了一些预处理技术,如自适应直方图均衡化,数据增强方法等。最后,基于深度学习的方法用于识别covid - 19。我们声称95%以上的测试准确率和99%的训练准确率。除了分类之外,我们还进一步生成报告,并使用各种可视化方法在x射线上定位covid病毒。进一步的结果基于内部数据集上的单个和集成模型进行分类。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CV-CXR: A Method for Classification and Visualisation of Covid-19 virus using CNN and Heatmap*
Nowadays Covid-19 is prevailing across the world, it has affected millions of populations across the world. The exponential increase in covid cases makes the health care system overwhelmed. Many testing methods are used for covid-19 detection like Rapid antigen test, RT-PCR test, etc. These tests have certain limitations, sometimes people got confused between respiratory infection and covid-19infection, as many symptoms are similar. So for confirming the disease, a chest x-ray is preferred. Covid-19 has similar symptoms of pneumonia, consolidation, and ground-glass opacities, in our approach we consider them as covid. In this paper, images are acquired from reputed hospitals and various online datasets used in Covidnet architecture. After accumulation, the dataset is verified by experienced radiologists. In our approach, we trained our models on various symptoms of covid19 like pneumonia, consolidation, ggopacities and finally on covid-19 dataset images. In our research, we have used single as well as ensemble models for classification. Models like densenet, efficient net, resnet, etc are used. Certain preprocessing techniques are used before passing the image dataset into training like adaptive histogram equalization, data augmentation methods, etc. Finally, a approach based on Deep Learning used for identification of covid 19. We are claiming 95% plus testing accuracy and 99% training accuracy. Beyond classification, we further generate the reports and localize the covid virus on Xray using various visualization methods. Further results are classified based on single and ensemble models on the in-house dataset.
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