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Cross-modality cardiac image segmentation model that addresses spatial-temporal confounding -- where the anatomy and imaging-modality elements of cardiac images are intertwined across space and time. DCL performs multi-dimensional causal intervention, modeling causal relationships between images and labels as well as causality along the time and space dimensions, integrating historical optimal interventions to transfer knowledge across temporal contexts. A diffusion mechanism further keeps extracted anatomical elements causally invariant across modalities. On cross-modality cardiac images (MR, CT, and ultrasound), DCL achieved a mean Dice of 0.951, outperforming other advanced segmentation methods.
Architecture
Hybrid
Multi-dimensional causal-intervention framework that models causality across image/label, time, and space dimensions, integrating historical optimal interventions and a diffusion mechanism to keep anatomical features causally invariant across imaging modalities
Framework
PyTorch
Added to catalog
2026-08-14
Multi-Modality Whole Heart Segmentation challenge: 60 cardiac CT/CTA and 60 cardiac MRI volumes from multiple clinical sites, anonymized.
Cross-modality (MR/CT/US) cardiac chamber segmentation with causally invariant anatomy representations