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Data Augmentation Using Learned Transformations for One-Shot Medical Image Segmentation

CVPR 2019 · Label-efficient and robust learning › Semi-supervised learning · approach: Semi-supervised medical segmentation · 459 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Use learned independent spatial and appearance transformations to synthesize training examplesOne-shot brain MRI segmentation · Brain MRI held-out test setmean Dice: 0.759 -> 0.804Helped
Add hand-tuned random augmentation to Ours-indep training (ablation)Ours-indep · Brain MRI held-out test setmean Dice: 0.804 -> 0.815Helped
Sample spatial and appearance transformations independently rather than from the same target scan (ablation)Ours-coupled · Brain MRI held-out test setmean Dice: 0.795 -> 0.804Helped
Augment the segmenter training set with SAS-labeled unlabeled scansSAS · Brain MRI held-out test setmean Dice: 0.759 -> 0.775Helped
Use hand-tuned random augmentationOne-shot brain MRI segmentation · Brain MRI held-out test setmean Dice: 0.759 -> 0.765Helped
Use hand-tuned random augmentationOne-shot brain MRI segmentation · Large versus small brain structuresDiceMixed

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