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MetaGAN: An Adversarial Approach to Few-Shot Learning

NeurIPS 2018 · Label-efficient and robust learning › Zero-/few-shot and meta-learning · approach: Fine-grained and cross-domain few-shot baselines · 277 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
add task-conditioned adversarial generator and fake classRelation Net · Mini-Imagenet 5-way 1-shotaccuracy: 50.44 -> 52.71Helped
add MetaGANRelation Net · Mini-Imagenet 5-way 5-shotaccuracy: 65.32 -> 68.63Helped
add MetaGANMAML (1 step, first order) · Mini-Imagenet 5-way 1-shotaccuracy: 43.64 -> 46.13Helped
add MetaGANMAML · Omniglot 5-way 5-shotaccuracy: 99.9 -> 99.7No clear effect
add MetaGANRelation Net · Omniglot 20-way 1-shotaccuracy: 97.6 -> 97.64No clear effect
add MetaGAN using unlabeled samplesRelation Net · Mini-Imagenet 1-shot sample-level semi-supervisedaccuracy: 44.24 -> 50.35Helped
add MetaGAN learning from unlabeled tasksRelation Net · Mini-Imagenet 1-shot task-level semi-supervisedaccuracy: 43.87 -> 47.43Helped

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