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Feature-Induced Labeling Information Enrichment for Multi-Label Learning

AAAI 2018 · Label-efficient and robust learning › Recognition and long-tail · approach: Partial and multi-label learning · 86 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
enrich binary labels into numerical labels via sparse reconstruction in feature space (MLFE) vs recent feature-aware multi-label methodsMLFE · 15 multi-label benchmarksaverage rank over six metricsHelped
MLFE vs CLR and RAKELMLFE · 15 multi-label benchmarksall six metricsHelped
MLFE vs LIFTMLFE · 15 multi-label benchmarksone-error, ranking loss, average precisionNo clear effect
MLFE vs RELIABMLFE · 15 multi-label benchmarksmacro/micro F1No clear effect
MLFE vs ML2MLFE · large-scale datasetsaverage precision: 0.316 vs 0.315 (corel5k); 0.615 vs 0.629 (rcv1subset1)Mixed
MLFE enriched labels vs ML2 labelsMLFE · artificial dataKL divergence to ground truth: 0.1341 -> 0.1242Helped
MLFE vs k-means/fuzzy c-means/random numerical labelsMLFE · artificial dataaverage rank over six criteria: 1.333 vs 3.666 (KM), 3.000 (FCM), 4.666 (RANDOM)Helped

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