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Graph Stochastic Neural Networks for Semi-supervised Learning

NeurIPS 2020 · Graph learning › GNN architectures · approach: Graph structure learning · 21 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
add stochastic latent variable (GSNN-M) to GCN aggregationGCN · Cora, standard splitaccuracy: 81.49 -> 83.94Helped
add stochastic latent variable (GSNN-A) to GAT aggregationGAT · Pubmed, standard splitaccuracy: 78.57 -> 78.99Helped
GSNN vs best baselines in standard scenarioGSNN-M · Citeseer, standard splitaccuracy: 72.20 vs G3NN 73.10No clear effect
add stochastic latent variable (GSNN-M) to GCNGCN · Cora 1% labels, no early stoppingaccuracy: 66.58 -> 71.76Helped
GSNN-A vs GCN with scarce labelsGCN · Pubmed 0.1% labelsaccuracy: 69.21 -> 73.17Helped
add stochastic latent variable (GSNN-M) to GCN under Meta-Train attackGCN · Cora, Meta-Train attackaccuracy: 76.25 -> 84.57Helped
GSNN-M vs BGCN under Meta-Self attackBGCN · Cora, Meta-Self attackaccuracy: 81.29 -> 80.13Hurt

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