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SwarmBench introduces a critical evaluation framework for LLMs acting as orchestrators in dynamic multi-agent swarms, addressing the gap left by benchmarks focused on single agents or static tasks. The study reveals significant disparities in current models' ability to balance accuracy, efficiency, and process quality, while proposing SwarmExp as a method to enhance orchestration performance through experience replay. This work advances the practical deployment of autonomous agent systems by providing standardized metrics for their complex coordination capabilities.
SwarmBench: Can Large Language Models Act as Agent Swarm Orchestrators?
arXiv:2608.30661v1 Announce Type: new Abstract: Large language model-based multi-agent systems are evolving from fixed interaction topologies toward dynamically orchestrated Agent Swarms. However, existing benchmarks are still largely based on single-agent or general-purpose agent tasks, making it difficult to systematically evaluate key orchestration capabilities. We propose SwarmBench, a benchmark that evaluates model performance from multiple perspectives, including accuracy, efficiency, cost, and process quality. Experimental results show that current models exhibit substantial differences in orchestration capability. These differences are reflected not only in final accuracy, efficiency, and cost, but also in the overall quality of the orchestration process itself. Based on these findings, we further propose SwarmExp, a simple yet effective method based on experience extraction and experience replay, which consistently improves the orchestration performance of large language models.
Title:SwarmBench: Can Large Language Models Act as Agent Swarm Orchestrators?
Abstract:Large language model-based multi-agent systems are evolving from fixed interaction topologies toward dynamically orchestrated Agent Swarms. However, existing benchmarks are still largely based on single-agent or general-purpose agent tasks, making it difficult to systematically evaluate key orchestration capabilities. We propose SwarmBench, a benchmark that evaluates model performance from multiple perspectives, including accuracy, efficiency, cost, and process quality. Experimental results show that current models exhibit substantial differences in orchestration capability. These differences are reflected not only in final accuracy, efficiency, and cost, but also in the overall quality of the orchestration process itself. Based on these findings, we further propose SwarmExp, a simple yet effective method based on experience extraction and experience replay, which consistently improves the orchestration performance of large language models.
Computation and Language (cs.CL)
arXiv:2608.30661 [cs.CL]
(or arXiv:2608.30661v1 [cs.CL] for this version)
https://doi.org/10.48550/arXiv.2608.30661 Focus to learn more arXiv-issued DOI via DataCite (pending registration)
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