Towards Traffic Modelling of Multi-Agent Systems: The Role of Coordination Topology
3.60T1 sourcearXiv cs.MA
Source record
Published by arXiv cs.MA (T1 source). The original is at https://arxiv.org/abs/2608.20494.
Pipeline notes
The summary and note below are generated by the signal pipeline — they are Beyond Desk’s reading, not quotations from the source.
SummaryEmpirically characterizes LLM call interarrival time distributions across sequential, star, and full-mesh agentic coordination topologies over 500 runs each, finding that fan-out coordination introduces bimodality, that reasoning-phase traffic follows log-normal distributions, and that the Poisson null model is rejected across all topologies, with differences propagating to inference and network metrics.
Why it mattersFirst systematic traffic characterization of multi-agent LLM systems across coordination topologies, with a released measurement framework—relevant for planning inference capacity for agentic workloads.
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