Organ | Disease | Ref. | Model | Acc.% | Strength | Access. | Dataset size | Year |
---|---|---|---|---|---|---|---|---|
Lungs | Covid-19, Pneumonia, Pediatric Pneumonia | [40] | EfficientNet + VGG16 + ELM + explainable AI | 99.1 | Computational efficiency of EfficientNet and increased model interpretability through XAI | public | 12,723 | 2022 |
[44] | DenseNet-201 | 99.1 | High computational & memory efficiency | public | 16,000 | 2022 | ||
Pulmonary Tuberculosis | [96] | Efficient Xception CNN | 99.29 | High efficiency + fast training + good generalizability | public | 5600 | 2023 | |
Brain | Alzheimer Disease, Dementia | [65] | CNN | 98.63 | Synthetic oversampling technique | public | 6400 | 2022 |
Brain Tumor, Glioma Tumors | [77] | CNN with Multi-Branch Network + Inception block | 99.3 | Interpretability and visual explanation of the results through Grad-CAM + Computational efficiency of EfficientNet | public | 2870 | 2023 | |
ASD, DOC | [102] | 3D EfficientNet-B3 | 92.7 | Addressing class imbalance via synthetic oversampling technique | private | 151 | 2024 | |
Cortical Tubers | [103] | TSCCNN + InceptionV3 + ResNet50 | 95 | Multi-scale extraction of features + efficiency on complex tasks | private | 6318 | 2020 | |
Mammary Gland | Breast Cancer | [87] | DeepBraestCancerNet (Custom CNN) | 99.35 | customization + flexibility in solution design | public | 1030 | 2023 |
Breast Cancer | [91] | EfficientNet-B7 and Explainable AI | 99.14 | Computational efficiency of EfficientNet and increased model interpretability through XAI | public | 780 | 2024 | |
Thoracic Cavity | Thoracic Diseases | [71] | DenseNet | 99.58 | High computational & memory efficiency | public | 984 | 2018 |
Liver | Liver lesions/Liver tumor | [98] | USC-Enet (based on EfcientNet-B0) | 95.6 | Computational efficiency of EfficientNet and increased model interpretability through XAI | private | 2168 | 2023 |
Thyroid Gland | Thyroid Nodules | [83] | ResNet18 | 98.4 | Low computational costs | private | 508 | 2022 |
Bones | Bone Fracture, Femur Fracture | [93] | Hybrid SFNet + Canny + Grey | 99.12 | Integration of Canny Edge algorithm for feature localization + high efficiency + low computational cost | public | 34,000 | 2022 |
Spine | Disc Herniation | [104] | AlexNet | 87.75 | Feature extraction + classification performed in a common structure and the use of real private patient data | private | 2329 | 2019 |
Uterus | Fetal Malposition | [105] | Fet-Net (CNN) | 97.68 | Customization + flexibility in solution design | private | 144 | 2023 |
Prostate Gland | prostate cancer | [107] | CNN | 89.9 | Customization + flexibility in solution design | private | 21 | 2017 |