Review Article
Involvement of Machine Learning for Breast Cancer Image Classification: A Survey
Table 11
Convolutional Neural Network.
| Reference | Descriptor | Image type | Number of images | Key findings |
| Jiang et al. [89] | Global Features | Mammogram | ā | Image preprocessing was performed to enhance tissue characteristics. | Transfer learning was performed and obtained AUC was 0.88 whereas when the system learned from scratch, the best ROC is 0.82. |
| Suzuki et al. [90] | Global Features | Mammogram | 198 | The achieved sensitivity 89.90%. | Transfer learning techniques have been utilized. |
| Qiu et al. [91] | Global Features | Mammogram | 270 | Average achieved Accuracy is 71.40%. |
| Samala et al. [92] | Global Features | ā | 92 | They utilized Deep Learning CNN (DLCNN) and CNN models for classification. | The AUC of CNN and DLCNN model is 0.89 and 0.93, respectively. |
| Sharma and Preet [84] | Global Features | Mammogram | 607 | Transfer learning and ensemble techniques utilized. | When using ensemble techniques the soft voting method has been used. | The best ROC score is 0.86. |
| Kooi et al. [93] | Global and Local features | Mammogram | 44090 | Transfer learning method utilized (VGG model). |
| Geras et al. [94] | Global Features | Mammogram | 102800 | They investigated the relation of the Accuracy with the database size and image size. |
| Arevalo et al. [82] | Global Features | Mammogram | 736 | The best ROC value was 0.822. |
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