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Disentangled Multiplex Graph Representation Learning

ICML 2023 · Graph learning › Graph self-supervised learning · approach: Semi-supervised node representation learning

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
add correlation loss Lcor (disentanglement) (ablation)DMG · ACMMacro-F1: 91.0 vs 87.8 without Lcor-less variantHelped
add contrastive private-information loss Lcon (ablation)DMG · ACMMacro-F1: 91.0 vs 87.8Helped
add reconstruction loss Lrec (ablation)DMG · ACMMacro-F1: 91.0 vs 86.5Helped
add contrastive loss Lcon (ablation)DMG · DBLPMacro-F1: 93.3 vs 92.5Helped
add contrastive loss Lcon (ablation)DMG · IMDBMacro-F1: 57.6 vs 54.7Helped
add Lrec and Lcor and Lcon jointly over Lmat-only setup (Lmat + Lcon only) (ablation)DMG · ACMMacro-F1: 91.0 vs 76.1Helped
full DMG vs strongest multiplex baseline on multiplex datasetsDMG · Table 1 classification averageMacro-F1: ~1.6% average gain over MCGC (text)Helped
DMG vs CKD under increasing edge noise on DBLPDMG · DBLP noisy edgesMacro-F1: DMG 93.3 vs CKD 92.0 at eta=0; gap widens with noiseHelped

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