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arXiv 2604.09679cs.MAcs.AI
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HCP-MAD:用于高效多智能体辩论的异构共识渐进推理

HCP-MAD:Heterogeneous Consensus-Progressive Reasoning for Efficient Multi-Agent Debate

University of Science and Technology of China(中国科学技术大学)

Yiqing Liu, Hantao Yao, Wu Liu, Allen He, Yongdong Zhang

AI总结:

提出HCP-MAD框架,通过异构共识验证和自适应停止机制,在保持准确率的同时大幅降低多智能体辩论的token成本。

摘要:

多智能体辩论(MAD)是一种协作框架,其中多个智能体通过生成推理和交替批评循环来迭代优化解决方案。当前的工作主要分别优化轮内拓扑和轮间交互,限制了token成本对任务复杂度的适应性。本文引入了用于高效多智能体辩论的异构共识渐进推理(HCP-MAD),利用共识作为动态信号来促进渐进推理。核心动机是大多数简单任务可以通过轻量级双智能体辩论有效解决,而复杂任务需要扩展协作。首先,异构共识验证使用一对异构智能体进行快速共识验证以实现提前停止。其次,异构双智能体辩论应用自适应停止标准来终止推理轨迹的相互批评。最后,未解决的任务通过升级的集体投票,聚合来自额外智能体的多样化视角来处理。在六个基准上的实验表明,HCP-MAD在提高准确性的同时大幅降低了token成本。代码见此URL。

英文摘要:

Multi-Agent Debate (MAD) is a collaborative framework in which multiple agents iteratively refine solutions through the generation of reasoning and alternating critique cycles. Current work primarily optimizes intra-round topologies and inter-round interactions separately, limiting the adaptation of token costs to task complexity. This work introduces Heterogeneous Consensus-Progressive Reasoning for Efficient Multi-Agent Debate (HCP-MAD), leveraging consensus as a dynamic signal to facilitate progressive reasoning. The core motivation is that a majority of straightforward tasks can be effectively resolved via lightweight pair-agent debates, while complex tasks require expanded collaboration. Firstly, Heterogeneous Consensus Verification conducts rapid consensus verification using a pair of heterogeneous agents for early stopping. Next, Heterogeneous Pair-Agent Debate applies an adaptive stopping criterion to terminate mutual critique of reasoning traces. Finally, the unresolved tasks are addressed through Escalated Collective Voting by aggregating diverse perspectives from additional agents. Experiments across six benchmarks show that HCP-MAD enhances accuracy while substantially reducing token costs. Code is https://github.com/fuyu66/HCP-MAD.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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