Table 2.
Some recent works on OCT image classification considering diabetic retinopathy (MCME = multi-scale convolutional mixture of experts, LBP = local binary patterns, BoF = bag of features, SURF = speeded up robust features, and MLP = multilayer perceptron).
| Author | Dataset | Image type | Method | Results |
|---|---|---|---|---|
| Lemaître et al.24 | SERI Dataset of normal, DME-cyst, DME-Exudate | SD-OCT images | LBP features, different mapping strategies and using linear and nonlinear classifiers |
Sensitivity = 81.2% Specificity = 93.7% |
| Rasti et al.25 | Duke university dataset and private dataset of AMD, DME, and normal | Macular OCT | MCME model containing CNN experts and gating network are fed by specific scales of the input pattern | Precision = 98.86% |
| AUC-ROC = 99.85% | ||||
| Shih et al.26 | Dataset of DME, CNV, Drusen, and normal30 | OCT images | Pre-trained VGG16 | Accuracy = 99.48% |
| Tsuji et al.27 | Dataset of DME, CNV, Drusen, and normal30 | OCT images | Capsule network | Accuracy = 99.6% |
| Kazeminasab et al.29 | Dataset of MA and normal OCT strips | OCT images | BoF and SURF, MLP classifier | Accuracy = 94.5% |