Supervised GNNs show higher baseline accuracy on community detection while unsupervised ones like DMoN prove more resilient to attribute shifts, edge deletions, and adversarial perturbations, with stronger communities reducing performance drops.
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Community detection robustness of graph neural networks
Supervised GNNs show higher baseline accuracy on community detection while unsupervised ones like DMoN prove more resilient to attribute shifts, edge deletions, and adversarial perturbations, with stronger communities reducing performance drops.