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EDGE: Error Dependency Graph-Guided Multi-Error Attribution in Multi-Agent LLM Systems· EDGE:基于错误依赖图的多错误归因

Large language model (LLM) agent failures often contain multiple related errors rather than a single mistake. Existing attribution methods usually identify a responsible agent, step, or root cause, but do not explicitly model dependency between errors. We introduce EDGE, an Error Dependency Graph-guided multi-Error attribution framework. EDGE constructs an error dependency graph from observed error events and validates a reliable causal subset through counterfactual rollout. The inference graph guides a two-stage LLM-as-judge detector for error attribution, and the intervention-validated subgraph provides a more reliable basis for explanation and repair analysis. Experiments on TRAIL and MAST show that EDGE improves category-level multi-error attribution across most evaluated models and se

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基于错误依赖图归因多智能体系统中的多个相关错误

核心方法
构建错误依赖图并通过反事实回溯验证可靠的因果子集,引导两阶段错误归因检测器
适合谁读
研究者 / 工程师
要解决的问题
解决大型语言模型在多智能体系统中出现的多个相关错误问题
关键实验
在TRAIL和MAST数据集上的实验显示,EDGE在大多数评估模型上改善了类别级别的多错误归因
主要贡献
提供了多错误归因框架EDGE,提高了多智能体系统中错误归因的准确性
意义与局限
该方法有助于深入理解多智能体大型语言模型的错误机制,提供可靠的分析和修复建议;但可能对不同类型的错误依赖关系建模存在局限性
领域:cs.AI作者:Jun Hou、Priya Pitre、Yi Fang
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