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Research map / Graph learning / GNN architectures

Graph Few-shot Learning with Task-specific Structures

NeurIPS 2022 · Graph learning › GNN architectures · approach: Graph structure learning · 6 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
GLITTER vs best baseline G-MetaGLITTER · Fold-PPI shared graphs, disjoint labelsaccuracy (%): 46.1 -> 53.3Helped
GLITTER vs best baseline GPNGLITTER · DBLP 5-way 3-shotaccuracy (%): 75.4 -> 79.3Helped
GLITTER vs best baseline RALEGLITTER · DBLP 10-way 3-shotaccuracy (%): 65.1 -> 69.5Helped
GLITTER vs best baseline G-MetaGLITTER · ogbn-arxiv 10-way 3-shotaccuracy (%): 38.4 -> 44.2Helped
add relevant node sampling (local and common sampling) (ablation)GLITTER · Tissue-PPI/Fold-PPI/single graphaccuracy (%)Helped
add node influence enhancement within classes (ablation)GLITTER · single and multiple graph settingsaccuracy (%)Helped
add mutual information maximization on query nodes (ablation)GLITTER · single and multiple graph settingsaccuracy (%)Helped
disjoint graphs with disjoint labels vs shared graphs and labelsGLITTER · Tissue-PPIaccuracy (%): 69.7 -> 60.3Hurt
increase N from 5 to 10 waysGLITTER · DBLPaccuracy (%): 79.3 -> 69.5Hurt

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