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. 2022 Sep 20;82(9):13855–13880. doi: 10.1007/s11042-022-13843-7

Table 1.

Comparative study of literature related to COVID-19 detection and other chest-related diseases

Ref Datasets Objective Models Results
[1]

COVID-19 and SARS images [16],

Normal images [10, 45].

To identify the COVID-19 using chest x-rays. ResNet Accuracy = 95.12%
[58]

COVID-19 images [16],

Normal and Pneumonia images [50].

To classify the COVID-19 x-rays from the pneumonia-infected x-rays. GoogleNet Accuracy = 80.56%
[74]

COVID-19 images [16],

Normal and Pneumonia images [51].

Using x-rays to automatically diagnose COVID-19 and pneumonia. Xception + ResNet50V2 Accuracy = 91.40%
[71]

COVID-19 images [16],

Normal and Pneumonia images [46].

To diagnose pneumonia and coronavirus infected images. Patch based CNN Accuracy = 88.90%
[105]

COVID-19 images [16],

Normal images [97].

Classification of COVID-19 positive and healthy images. 18-layer residual CNN Accuracy = 72.31%
[4]

COVID-19 images [16, 21],

Normal and Pneumonia images [50]

Classification of COVID-19, pneumonia, and healthy images. MobileNet-V2 Accuracy = 96.78%
[94] COVID-19 images [16], Normal and Pneumonia images [50, 97]. To detect pneumonia, COVID-19, and normal images. Inception V3 Accuracy = 76.0%
[83]

COVID-19 images [16, 21],

Normal and Pneumonia images [50].

To classify COVID-19, pneumonia, and normal images using chest x-rays. Resnet50 + SVM Accuracy = 95.33%
[32] Normal and Pneumonia images [97]. To detect pneumonia (normal, bacterial, and viral) cases from chest X-rays CNN Accuracy =95.72%
[25] Normal and Pneumonia images [50, 97]. To detect and evaluate pneumonia (bacterial, viral, COVID-19 and normal) CNN Accuracy =94.84%