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. 2019 Jul 26;21(7):e14464. doi: 10.2196/14464

Table 4.

Summary of convolutional neural network–based methods for breast mass classification.

Author Method Dataset/number Task Performance metric/s (value/s) Code availability
Levy and Jain [97] AlexNet and GoogleNet (transfer learning) Public, DDSMa dataset/1820 images (multiview) Breast mass classification Accuracy (0.924), precision (0.924), and recall (0.934) b
Samala et al [98] Multistage fine-tuned CNNc (transfer learning) Private+public, University of Michigan and DDSM/4039 ROIsd (multiview) Classification performance on varying sample sizes AUCe (0.91) [108]
Jadoon et al [99] CNN- Discrete wavelet and CNN-curvelet transform Public, image retrieval in medical applications dataset/2796 ROI patches Classification Accuracy (81.83 and 83.74) and receiver operating characteristic curve (0.831 and 0.836) for both methods
Huynh et al [100] CNN (transfer learning) Private, University of Chicago/219 images (multiview) Classification of benign and malignant tumor AUC (0.86)
Domingues and Cardoso [101] Autoencoder Public, INbreast/116 ROIs Classification of mass vs normal Accuracy (0.99) [109]
Wu et al [102] GANf and ResNet50 Public, DDSM dataset/10,480 images (multiview) Detection and classification of benign and malignant calcifications and masses AUC (0.896) [110]
Sarah et al [103] CNN (transfer learning) Public, Full-field digital mammography and DDSM/14,860 images (multiview) Classification AUC (0.91)
Wang et al [104] CNN and long short-term memory Public, Breast Cancer Digital Repository (BCDR-F03)/763 images (multiview) Classification of breast masses using contextual information AUC (0.89)
Shams et al [105] CNN and GAN Public, INbreast and DDSM (multiview) Classification AUC (0.925)
Gastounioti et al [106] Texture feature+CNN Private/106 cases (mediolateral oblique view only) Classification AUC (0.9)
Dhungel et al [107] Multi-ResNet Public, INbreast (multiview) Classification AUC (0.8)

aDDSM: Digital Database for Screening Mammography.

bNot available.

cCNN: convolutional neural network.

dROIs: region of interest.

eAUC: area under the curve.

fGAN: generative adversarial network.