[22], 2018 |
Traditional feature extraction |
CBIS-DDSM |
High computational demand and long training episode (8 h) |
[23], 2019 |
Gradual fine-tuning with episodes of learning rate annealing schedules |
CBIS-DDSM |
High computational demand and long training episode (99 epochs) |
[24], 2018 |
Traditional fine-tuning |
CBIS-DDSM |
High computational demand, low AUC, and overfitting |
[25], 2019 |
Traditional fine-tuning |
CBIS-DDSM |
High computational demand, low AUC, and overfitting |
[26], 2021 |
Deep adversarial domain adaptation |
CBIS-DDSM |
Complex algorithm with high computational demand and long training episode (400 epochs) |
[27], 2022 |
Feature extraction plus feature selection using twin algorithms: reformed differential evaluation and reformed gray wolf algorithm. |
Breast ultrasound images |
Long training episodes and additional computation burden introduced by feature selection algorithms |
[28], 2021 |
Multifractal dimension feature extraction, feature reduction using GA, and classification using ANN |
DDSMMini-MIASINBreastbreast cancer digital repository |
Not end-to-end trained; each algorithm introduced computational bottlenecks that aggregated to high computational demandNot compatible with SOTA CNN models |