English

AgoraSim: A Hybrid Agent-Based Modeling Framework

Artificial Intelligence 2026-07-07 v1

Abstract

LLM-agent simulations make natural-language social scenarios easy to instantiate, but their outputs can be overread as predictions and are often difficult to compare with explicit social dynamics. We present AgoraSim, a hybrid agent-based modeling framework for scenario-oriented social reaction analysis. AgoraSim resolves textual or multimodal artifacts into editable ABM configurations, runs ratio-controlled populations that mix LLM, vision-language, custom-endpoint, random, and classical agents, and compares the same scenario against matched classical reference dynamics. All agents emit a shared structured decision object, enabling common action spaces, interaction protocols, metrics, and audit records. Exposed through a local UI, Python SDK/CLI, and REST API, AgoraSim helps users inspect scenario trajectories, compare modeling assumptions, and identify cases that warrant empirical validation.

Cite

@article{arxiv.2607.05999,
  title  = {AgoraSim: A Hybrid Agent-Based Modeling Framework},
  author = {Chung-Chi Chen},
  journal= {arXiv preprint arXiv:2607.05999},
  year   = {2026}
}