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  1. DIAGNijmegen/prostateMR_3D-CAD-csPCa DIAGNijmegen/prostateMR_3D-CAD-csPCa Public archive

    Hierarchical probabilistic 3D U-Net, with attention mechanisms (β€”π˜ˆπ˜΅π˜΅π˜¦π˜―π˜΅π˜ͺ𝘰𝘯 𝘜-π˜•π˜¦π˜΅, π˜šπ˜Œπ˜™π˜¦π˜΄π˜•π˜¦π˜΅) and a nested decoder structure with deep supervision (β€”π˜œπ˜•π˜¦π˜΅++). Built in TensorFlow 2.5. Configured for v…

    Python 39 6

  2. Deep-Segmentation-Features-for-Weakly-Supervised-3D-Disease-Classification-in-Chest-CT Deep-Segmentation-Features-for-Weakly-Supervised-3D-Disease-Classification-in-Chest-CT Public

    Weakly supervised 3D classification of multi-disease chest CT scans using multi-resolution deep segmentation features via dual-stage CNN architecture (DenseVNet, 3D Residual U-Net).

    Python 31 3

  3. Ensemble-of-Multi-Scale-CNN-for-Dermatoscopy-Classification Ensemble-of-Multi-Scale-CNN-for-Dermatoscopy-Classification Public

    Fully supervised binary classification of skin lesions from dermatoscopic images using an ensemble of diverse CNN architectures (EfficientNet-B6, Inception-V3, SEResNeXt-101, SENet-154, DenseNet-16…

    Jupyter Notebook 41 16

  4. Atlas-Based-3D-Brain-Segmentation-in-T1-MRI Atlas-Based-3D-Brain-Segmentation-in-T1-MRI Public

    Fully supervised, multi-class 3D brain segmentation in T1 MRI, using atlas-based segmentation algorithms (label propagation, tissue models, Expectation-Maximization algorithm).

    Batchfile 7 4

  5. Multi-Color-Space-Features-for-Dermatoscopy-Classification Multi-Color-Space-Features-for-Dermatoscopy-Classification Public

    Fully supervised binary classification of skin lesions from dermatoscopic images using multi-color space moments/texture features and Support Vector Machines/Random Forests.

    Jupyter Notebook 7 2

  6. Region-Proposal-for-Mass-Detection-in-Mammograms Region-Proposal-for-Mass-Detection-in-Mammograms Public

    Unsupervised region proposal and supervised patch extraction algorithms for extracting candidate 2D ROIs to train SVM/CNN classifiers, for mass detection in mammograms.

    Jupyter Notebook 2 1