[32] |
Breast cancer |
ICIAR 2018 |
Histopathological images |
1568 images, 249 Bioimaging 2015, 400 ICIAR2018 |
DNN, CNN, RNN, LSTM |
Segmentation, feature extraction, classification |
90.5% for 4-class classification task |
[42] |
Breast cancer |
Open source |
Histopathological images |
BACH2018 (400 images), Bioimaging 2015 (249 images), Extended Bioimaging 2015 (1319 images) |
CNN, RNN |
Classification K-fold |
Single Model 97.5%, Ensemble Model 97.5%, CNN 82.1% |
[43] |
Breast cancer |
ImageNet dataset, ICIAR, ISBI, ICPR, MICCAI |
Histopathological images |
3771 images |
RNN CNN SVM, NVIDIA GPUs |
Classification |
91.3% for the 4-class classification task |
[44] |
Breast cancer |
Anatomy and Cytopathology Lab, Brazil. |
Histopathological images |
7909 images |
DNN, GCN, softmax classifier |
Binary classification |
99.44% and 99.01% |
[45] |
Breast cancer |
Wisconsin UCI |
Histopathological images |
92 images |
DNN, RNN |
Binary classification |
DNN gave better results |
[46] |
Breast cancer |
Not given |
Histopathological images |
400 images |
CNN ML, DL, IHC-Net, Naïve Bayes, SVM and RFD |
Segmentation, feature extraction, classification |
(98.24%),
Ensemble classifier 98.41% F-score and 97.66% |