Diffusion Models Graph Domain Adaptation
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Diffusion Models Graph Domain Adaptation

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โšก 30-Second TL;DR

What changed

Continuous-time generative process via SDEs

Why it matters

Advances GDA for real-world nonlinear graph shifts, improving transfer from labeled sources to unlabeled targets.

What to do next

Evaluate benchmark claims against your own use cases before adoption.

Who should care:Researchers & Academics

DiffGDA uses diffusion and SDEs to model continuous structure-semantic evolution from source to target graphs. A domain-aware network guides trajectories to optimal adaptation paths. Outperforms baselines on 14 tasks across 8 datasets.

Key Points

  • 1.Continuous-time generative process via SDEs
  • 2.Joint structural and semantic modeling
  • 3.Theoretical convergence to optimal latent bridge

Impact Analysis

Advances GDA for real-world nonlinear graph shifts, improving transfer from labeled sources to unlabeled targets.

Technical Details

Formulates adaptation as diffusion trajectories steered by domain network; tested on diverse graph benchmarks.

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