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Research map / Label-efficient and robust learning / Domain adaptation and generalization

Domain Agnostic Learning with Disentangled Representations

ICML 2019 · Label-efficient and robust learning › Domain adaptation and generalization · approach: Statistical transfer learning · 150 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
use DADA instead of MCDDigit-Five DAL · Digit-Five (DAL, average)accuracy: 56.4 -> 62.3Helped
use DADA instead of DANNOffice-Caltech10 with AlexNet · Office-Caltech10 (DAL, average)accuracy: 88.9 -> 89.8Helped
use DADA instead of DANNOffice-Caltech10 with ResNet · Office-Caltech10 (DAL, average)accuracy: 90.6 -> 92.9Helped
use DADA instead of MCDDomainNet DAL with ResNet · DomainNet (DAL, average)accuracy: 20.7 -> 21.5Helped
add domain disentanglement to class disentanglement (ablation)DADA · Digit-Five (DAL, average)accuracy: 54.9 -> 57.5Helped
add ring loss (ablation)DADA with class and domain disentanglement · Digit-Five (DAL, average)accuracy: 57.5 -> 60.4Helped
add reconstruction loss (ablation)DADA with class and domain disentanglement and ring loss · Digit-Five (DAL, average)accuracy: 60.4 -> 62.3Helped

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