Table 3.
Method summary of all participating teams, ordered alphabatically by team name. For detailed descriptions and relevant references cited, please refer to the Appendix A. Awards lists the number of first (gold), second (silver) and third (bronze) prizes a team has won in the TopCoW challenge. The winning team names are in bold.
| Team | Track | Task | Awards | Method | Highlights |
|---|---|---|---|---|---|
| 2i_mtl | CTA | Binary | 3D AttentionUNet for segmentation; 3D autoencoder to mitigate false positives | - Use provided CoW ROI for training - Image & mask input to autoencoder |
|
| agaldran | CTA MRA |
Binary Multiclass |
3D dynamic UNet | - Ensembling - Cross-validation on patch size |
|
| EURECOM | CTA MRA |
Binary | SynthSeg for Brain mask extraction; A2V for multi-modal segmentation | - Single model for both modalities - 2D axial slice input - Use provided CoW ROI for patch extraction |
|
| gbCoW | MRA | Binary Multiclass |
3D nnUNet | - Only multiclass labels used - Turned off data augmentation |
|
| gl | CTA MRA |
Multiclass | Atlas registration for custom ROI extraction; 3D MedNexT & UX-Net for binary and subsequent multiclass segmentation | - Dataset specific atlas - Binary mask input for multiclass segmentation - Ensembling |
|
| IWantToGoToCanada | CTA | Binary Multiclass |
3D nnUNet for binary segmentation; 3D Swin-UNETR for subsequent multiclass segmentation | - Binary mask input for multiclass segmentation | |
| junqiangchen | CTA MRA |
Binary Multiclass |
VNet3D for custom ROI extraction; VNet3D for ROI segmentation | - Brain mask extraction - Binary mask for custom ROI |
|
| lWM | CTA MRA |
Binary Multiclass |
3D ResidualUNet | - Custom end-to-end UNet | |
| NexToU | CTA MRA |
Binary Multiclass |
|
3D nnUNet for low-res binary segmentation; NexToU architecture for full-res cascading | - Centerline boundary Dice (cb-Dice) - Binary topological interaction (BTI) module |
| NIC-VICOROB-1 | CTA MRA |
Binary Multiclass |
|
3D nnUNet | - Ensembling - Binary mask input for CT multiclass |
| NIC-VICOROB-2 | CTA MRA |
Binary Multiclass |
3D AttentionUNet for binary segmentation; 2D AttentionUNet for subsequent multiclass segmentation | - Axial slice input for multiclass segmentation - Binary mask input for multiclass segmentation - Use provided CoW ROI for 3D patch extraction |
|
| Organizers | CTA MRA |
Multiclass |
|
nnDetection for custom ROI extraction; 3D nnUNet for multiclass segmentation | - Image registration for data augmentation - ROI object detection - Ensembling |
| refrain | MRA | Binary Multiclass |
|
Atlas registration for custom ROI extraction; 3D nnUNet for segmentation | - Data augmentation for rare CoW variants - Segment specific loss weighting |
| sjtu_eiee_2-426lab | CTA | Binary Multiclass |
|
3D nnUNet for custom ROI extraction; 3D nnUNet for ROI segmentation | - Binary mask for custom ROI |
| UB-VTL | CTA MRA |
Binary | Modified 3D Brave-Net | - clDice loss for connectedness - Residual connections & PReLu activations - Use provided CoW ROI for patch extraction |
|
| UW | MRA | Binary |
|
3D nnUNet | - 3-component loss (Dice + CE + TopK) - Ensembling |
| WilliWillsWissen | CTA MRA |
Binary Multiclass |
|
3D nnUNet | - clDice/skeleton recall for connectedness - Training on both modalities - Ensembling |
| ysato | MRA | Binary | Auto vessel thresholding; Region growing | - Non-deep learning algorithm - Short inference time (~15 s per case) - Little computing power needed (done on CPU) |