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. 2021 Apr 29;33(20):14037–14048. doi: 10.1007/s00521-021-06044-0

Table 7.

Comparison of the proposed technique with other deep learning techniques for COVID-19 diagnostic using chest X-ray images

Study No. of cases Architecture Data set Accuracy%
Ioannis et al. [5] 224 COVID-19, 700 Pneumonia, 504 Healthy VGG-19 [4, 11, 24] 98.75
Wang et al. [61] 53 COVID(+), 5526 COVID(−), 8066 Healthy COVID-Net [11, 32, 54, 59] 92.4
Ozturk et al. [40] 125 COVID-19, 500 Pneumonia, 500 No finding Dark COVID-Net [11] 98
Asif et al. [25] 1300 images of COVID-19, normal, pneumonia CoroNet [11, 43] 95
Tougaccar et al. [55] 295 COVID-19, 98 Pneumonia, 65 No findings MobileNetV2 [11, 54] 99.27
Narin et al. [38] 50 COVID-19, 50 No findings ResNet-50 [11] 98
Hemaden et al. [18] 25 COVID-19, 25 No findings VGG-19, DenseNet-121 [11] 90
Sethy et al. [48] 25 COVID-19, 25 No findings ResNet-50 [11] 95.38
Toraman et al. [56] 1050 COVID, 1050 No finding CapsNet [11, 62] 97.24
Panwar et al. [41] 192 COVID-19, 145 No findings nCOVnet [11] 97.62
Ucar et al. [58] 76 COVID-19, 1583 normal, 4290 pneumonia Bayes-SqeezeNet [11, 23] 98.3
Proposed 219 COVID-19, 219 Viral Pneumonia, 219 Normal Augmented [11, 54] 99.49