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Revisiting Pseudo-Label for Single-Positive Multi-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
Use MIME pseudo-label generation (mutual-information label enhancement) instead of prior SPMLL methodsSPMLL on four MLIC datasets · VOC, COCO, NUS, CUBmAP: MIME best on all four; e.g. COCO 72.920 vs 70.758 for EM-APLHelped
Use MIME instead of prior SPMLL methodsSPMLL on five MLL datasets · Image, Scene, Yeast, Rcv1subset1, MediamillAverage precision: Best on Image, Scene, Yeast, Rcv1subset1; on Mediamill AN (0.690) is within noise of MIME (0.694)Mixed
Sensitivity to tradeoff beta, label-specific dim k, and threshold tau (ablation)MIME · COCO and NUSmAP: largest gap about 1.9% (beta) and 1.2% (k)No clear effect
Pseudo-label enhancement iterations in MIME (ablation)MIME pseudo-labels · Image and Scenemislabeled ratio of pseudo-labels: mislabeled ratio steadily decreases and converges over epochsHelped

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