A Machine Learning Framework for Constructing Heterogeneous Contact Networks: Implications for Epidemic Modelling

2026-03-17T08:52:14Z7a65dc69f7eb3a333f7c7d477f8df0c50c647b958a9f703b4691e1cf04898d16
FS_GPlibcausal inferencecontact networkscrisis informaticscross-group interferencedataset generationdifferential privacydistance backboneepidemic modelinggraph neural networksgraph sparsificationnetwork propagationnetwork statisticsopinion dynamicssimulation scalabilitysocial mediasynthetic dataweb-scale simulation

What happened

Collection of recent arXiv submissions (computer science — social/information networks) covering methods and tools for modeling, simulation, privacy, and data generation on networks. Highlights include: a machine-learning framework to generate population-scale heterogeneous contact networks that preserve age-structured mixing for epidemic modeling; FS_GPlib, a dual-acceleration library for web-scale propagation simulations (claims up to 35k× speedups and billion-edge Monte Carlo runs in seconds); an agentic workflow to generate and iteratively refine synthetic crisis-related tweets for dataset

Why it matters

A reviewed impact interpretation has not been published for this record.

Evidence and limitations

Source ID
arxiv_cs_si
Record identifier
7a65dc69f7eb3a333f7c7d477f8df0c50c647b958a9f703b4691e1cf04898d16
Enrichment time
2026-03-17T08:52:14Z
AI-assisted enrichment
Yes

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