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Research map / Label-efficient and robust learning / Semi-supervised learning

Robust Semi-Supervised Learning through Label Aggregation

AAAI 2016 · Label-efficient and robust learning › Semi-supervised learning · approach: Confidence-based pseudo-label selection · 54 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
replace majority-vote bagging with weighted label aggregation (MLKL) using unlabeled dataensemble of 50 linear SVMs · rcv1-trainaccuracy (%): 73.17 -> 78.77Helped
ROSSEL instead of ensemble-SVMlinear SVM ensemble · connect4-10kaccuracy (%): 65.70 -> 68.20Helped
ROSSEL instead of ensemble-SVMlinear SVM ensemble · dnaaccuracy (%): 84.63 -> 88.52Helped
ROSSEL instead of ASL (graph-free SSL baseline)dna · dnaaccuracy (%): 90.03 -> 88.52Hurt
increase weak annotators from 10 to 50 in ROSSEL (ablation)ROSSEL · rcv1-trainaccuracy (%): 79.22 -> 78.77No clear effect
increase weak annotators from 10 to 50 in ROSSEL (ablation)ROSSEL · rcv1-traintraining time (s): 45.5584 -> 336.4487Hurt
increase number of weak annotators in ensemble-SVM (ablation)ensemble-SVM · CNAE9accuracy (%): 79.75 -> 81.56Helped
ROSSEL under label noise (2% to 10% flipped labels) vs other SSL methodsROSSEL · CNAE9, dnaaccuracy (%)Helped

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