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Learning to Transfer: Unsupervised Domain Translation via Meta-Learning

AAAI 2020 · Label-efficient and robust learning › Domain adaptation and generalization · approach: Adversarial domain adaptation · 10 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
meta-learned initialization (MT-GAN) instead of training CycleGAN from scratchCycleGAN · Face identity translation 5-shotTop-1 accuracy: 11.21 -> 13.05Helped
meta-learned initialization (MT-GAN) instead of training CycleGAN from scratchCycleGAN · Face identity translation 10-shotTop-1 accuracy: 19.04 -> 21.12Helped
meta-learned initialization instead of CycleGAN trainingCycleGAN · labels->photos 10-shotFID (x10): 28.69 -> 26.08Helped
meta-learned initialization instead of CycleGAN trainingCycleGAN · photos<-maps 10-shotFID (x10): 25.57 -> 19.64Helped
meta-learned initialization instead of CycleGAN trainingCycleGAN · painting<->photo tasks 10-shotFID (x10): 19.26 -> 18.42Helped
increase shots from 10 to 25 (gap between MT-GAN and CycleGAN)MT-GAN · Face identity translationTop-1 accuracy improvement over CycleGAN: 2.08% -> 0.41%Hurt
meta-learned initialization vs StarGANStarGAN · Face identity translation 5-shotTop-1 accuracy: 4.36 -> 13.05Helped

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