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FREDIS: A Fusion Framework of Refinement and Disambiguation for Unreliable Partial Label Learning

ICML 2023 · Label-efficient and robust learning › Recognition and long-tail · approach: Partial and multi-label learning

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Fusing refinement and disambiguation (FREDIS) instead of standard PLL-style methodsunreliable partial label learning · Fashion-MNIST, Kuzushiji-MNIST, CIFAR-10, CIFAR-100 (subset of settings)test accuracy (%): e.g. 91.76 vs 90.97 (PLCR) on FMNIST γ1=0.1 γ2=0.5; 60.31 vs 52.99 (CC) on CIFAR-100Helped
Gap between FREDIS and baselines widens at higher unreliable levelsFREDIS vs PLCR · CIFAR-10 γ1=0.5 γ2=0.3test accuracy (%): 75.80 vs 68.59 (PLCR at γ1=0.5, γ2=0.5 is 68.59 ; FREDIS 75.80 at γ1=0.5 γ2=0.5 row)Helped
Sensitivity of thresholds ζ0 and ζ̄0 (refinement/disambiguation initial thresholds) (ablation)FREDIS · Fashion-MNIST and CIFAR-10 threshold sweeptest accuracy (%)No clear effect

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