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

Cross-Domain Visual Representations via Unsupervised Graph Alignment

AAAI 2019 · Label-efficient and robust learning › Domain adaptation and generalization · approach: Feature alignment for unsupervised adaptation · 28 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
align distribution structure via graph edge criteria and consistency loss in addition to adversarial node alignment (vs ADDA)adversarial domain adaptation, LeNet · Digit recognition averageaccuracy (%): 71.0 -> 77.4Helped
graph alignment vs ADDA on noisy SVHN sourceadversarial domain adaptation, LeNet · Digit recognition M->Saccuracy (%): 34.4 -> 32.0Hurt
graph alignment vs ADDA on S->Madversarial domain adaptation, LeNet · Digit recognition S->Maccuracy (%): 63.2 -> 85.0Helped
graph alignment vs ADDA with LeNet backboneLeNet · Office-10+Caltech-10 averageaccuracy (%): 66.0 -> 82.9Helped
graph alignment vs DAN with AlexNet backboneAlexNet · Office-10+Caltech-10 averageaccuracy (%): 87.3 -> 88.6Helped
graph alignment vs plain AlexNet featuresAlexNet · RegDB Visible->Thermal testmAP (%): 7.9 -> 10.7Helped
graph alignment vs plain AlexNet featuresAlexNet · RegDB Thermal->Visible testmAP (%): 7.8 -> 13.0Helped

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