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Autoregressive Diffusion Model for Graph Generation

ICML 2023 · Graph learning › Graph self-supervised learning · approach: Diffusion-based graph generation · 4 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
learned data-dependent diffusion ordering (vs random node ordering) (ablation)GraphArm · Community-smallDeg./Clus./Orbit MMD: Deg 0.085→0.034, Clus 0.129→0.082, Orbit 0.032→0.004Helped
learned diffusion ordering (vs random ordering) (ablation)GraphArm · Community-smallcross-cluster node count during generation: 5.6 → 2.6Helped
degree-checking procedure during generationGraphArm · Caveman constrained (max degree 6)validity: 100% vs 33-39% for one-shot baselinesHelped
autoregressive node-absorbing diffusion instead of one-shot diffusionGraphArm · QM9validity: 90.25 vs DiGress 99.0Hurt
autoregressive node-absorbing diffusionGraphArm · ZINC250kFCD: 16.26 vs GDSS 14.66 (GDSS best)Mixed
autoregressive node-absorbing diffusionGraphArm · Community-small/Caveman generic graphsgeneration time: 1.9 s vs GDSS 4.3e2 s on Community-smallHelped

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