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Adversarial Multiple Source Domain Adaptation

NeurIPS 2018 · Label-efficient and robust learning › Domain adaptation and generalization · approach: Adversarial domain adaptation · 325 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
soft (log-sum-exp) instead of hard max over source domains (ablation)MDAN · Amazon B+E+K/Daccuracy: 0.7797 -> 0.8065Helped
soft instead of hard objective (ablation)MDAN · Digits T+S+D/Maccuracy: 0.663 -> 0.687Helped
soft instead of hard objective (ablation)MDAN · WebCamT camera A, 5 sourcesMAE: 1.4021 -> 1.1942Helped
multisource adversarial adaptation (MDAN) vs combined-source DANNMLP · Amazon B+E+K/Daccuracy: 0.7886 -> 0.8065Helped
MDAN vs combined-source DANNMLP · Amazon B+D+E/Kaccuracy: 0.8639 -> 0.8626No clear effect
MDAN vs best single-source DANNdigit CNN · Digits M+T+D/Saccuracy: 0.818 -> 0.816No clear effect
combine all sources into one domain for DANN instead of source-onlyDANN · Digits S+M+D/Taccuracy: 0.938 -> 0.925Hurt
MDAN vs DANNFCN · WebCamT camera A, 5 sourcesMAE: 1.4156 -> 1.1942Helped
add more (more distant) source cameras (ablation)MDAN · WebCamTMAEMixed

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