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Few-Shot Learning with Graph Neural Networks

ICLR 2018 · Graph learning › Graph self-supervised learning · approach: Semi-supervised node representation learning · 427 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
aggregate information among nodes with the full GNN instead of metric learning + KNN (ablation)Our metric learning + KNN · Mini-Imagenet, 5-Way 5-shotaccuracy: 64.02% ±0.51% -> 66.41% ±0.63%Helped
use unlabeled samples (ablation)GNN · Omniglot, 5-Way 5-shot, 20%-labeledaccuracy: 99.18% -> 99.59%Helped
use unlabeled samples (ablation)GNN · Omniglot, 5-Way 5-shot, 40%-labeledaccuracy: 99.59% -> 99.63%No clear effect
use unlabeled samples (ablation)GNN · Mini-Imagenet, 5-Way 5-shot, 20%-labeledaccuracy: 50.33% ±0.36% -> 52.45% ±0.88%Helped
use unlabeled samples (ablation)GNN · Mini-Imagenet, 5-Way 5-shot, 40%-labeledaccuracy: 56.91% ±0.42% -> 58.76% ±0.86%Helped
use learned active selection instead of random selection (ablation)GNN active learning · Omniglot, 5-Way 5-shot, 20%-labeledaccuracy: 99.59% -> 99.62%No clear effect
use learned active selection instead of random selection (ablation)GNN active learning · Mini-Imagenet, 5-Way 5-shot, 20%-labeledaccuracy: 52.56% ±1.18% -> 55.99% ±1.35%Helped

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