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Learning Loss for Test-Time Augmentation

NeurIPS 2020 · Label-efficient and robust learning › Test-time adaptation · approach: Realistic and stable test-time adaptation · 38 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
select transform with learned loss predictor (k=2) instead of random selection (k=2) (ablation)test-time augmentation · ImageNet-C corrupted setmCE: 79.91 -> 75.00Helped
loss-predictor selection (k=2) vs greedy policy search GPS (k=2)test-time augmentation · ImageNet-C corrupted setmCE: 76.45 -> 75.00Helped
search policies on corrupted data (GPS-Cross, k=2) vs clean dataGPS · ImageNet clean test seterror rate (%): 23.78 -> 27.04Hurt
add horizontal flip to Ours (k=2) (ablation)Ours · ImageNet-C corrupted setmCE: 75.00 -> 74.00Helped
increase k from 1 to 2 selected transforms (ablation)Ours · ImageNet-C corrupted setmCE: 75.52 -> 75.00Helped
increase k for random selection from 1 to 4 (ablation)Random baseline · ImageNet clean test seterror rate (%): 26.89 -> 24.29Helped

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