Table 1 Gist of existing works related to polymicrogyria.
From: Automated detection of polymicrogyria in pediatric patients using deep learning
Reference | Datasets Used | Methodology adopted | Results Reported (%) |
|---|---|---|---|
PPMR dataset | The CDCM loss function is used to classify PMG using ResNet50 | Recall—88.07, Precision – 71.86 | |
Embryonic brain dataset | Deep features are extracted and classified using SVM classifier | Accuracy – 87.7 | |
Internal dataset, National Institute of Health (NIH) pediatric brain MRI database, and the Developing Human Connectome Project (dHCP) database | Combining 2D and 3D CNN into an ensemble to predict myelin maturation age. 3D CNN from46 and EfficientNet-b0 as the 2D CNN | Mean Absolute Error (MAE) Results: Cross-validation set: 2D model – 1.53, 3D model – 2.06, Ensemble model – 1.63 Internal test set: 2D model – 1.43, 3D model – 2.55, Ensemble model – 1.77 External NIH dataset: 2D model – 2.26, 3D model – 2.27, Ensemble model – 1.22 External dHCP dataset: 2D model – 0.44, 3D model – 0.27, Ensemble model – 0.31 | |
Publicly available Brain Tumor MRI dataset | Transfer learning is adopted to evaluate and compare multiple pre-trained deep learning models, such as, VGG-16, Inception-v3, and ResNet50 | Accuracies of VGG16 – 96, InceptionV3 – 78, ResNet50 – 95 Precision of VGG16 – 94, InceptionV3 – 75, ResNet50 – 92 Recall of VGG16 – 100, InceptionV3 – 70, ResNet50 – 89 F1-score of VGG16 – 98, InceptionV3 – 73, ResNet50 – 94 | |
Custom MRI dataset collected and augmented by Swati Kanchan from NIT Durgapur | Image resizing and normalization techniques are adopted. Transfer learning and fine-tuning of MobileNet CNN are utilized. GradCam is experimented for visual explanation | Validation Accuracy: 97.24; Test Accuracy: 97.86; Precision: 97.91; Recall: 97.86; F1-score: 97.86 for four class classification |