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Class-Incremental Learning by Knowledge Distillation With Adaptive Feature Consolidation

CVPR 2022 · Continual learning › Class-incremental · approach: Exemplar-efficient class-incremental learning · 207 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Use adaptive feature importance weights for distillation instead of uniform weights (ablation)AFC · CIFAR100, 50 stagesaverage incremental accuracy (%): 42.21 -> 62.58 (NME); 40.81 -> 62.18 (CNN)Helped
Include current-task data in the discrepancy objective along with exemplars (ablation)AFC · CIFAR100, 50 stages, memory 5/classaverage incremental accuracy (%): 40.37 -> 44.66Helped
Include current-task data in the discrepancy objective along with exemplars (ablation)AFC · CIFAR100, 50 stages, memory 50/classaverage incremental accuracy (%): 65.10 -> 65.07Hurt
Vary lambda_disc from 4.0 (ablation)AFC (NME) · CIFAR100, 50 stagesaverage incremental accuracy (%): 62.58 at 4.0; 60.16 at 2.0; 62.27 at 3.0; 62.37 at 5.0; 61.83 at 6.0Mixed
Use adaptive feature importance weights for distillation instead of uniform weights (ablation)AFC · CIFAR100, 50 stagesaverage incremental accuracy (%): 40.81 -> 62.18 (CNN); 42.21 -> 62.58 (NME)Helped

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