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TRAJDEBUG: Tracing Error Lifecycle to Identify Critical Failures in Long-Horizon Agent Trajectories· TrajDebug: 跟踪长时序智能体轨迹中的错误生命周期

LLM-based agentic systems have shown remarkable capabilities in complex domains, while suffering from cascading errors and difficulty in debugging. Critical error detection aims to locate the earliest error step in a failed trajectory that is responsible for the final failure. However, progress faces two main challenges. First, long trajectories make it difficult to identify individual errors, since the evidence for judging a step may be scattered across distant instructions, observations, and prior context. Second, failed trajectories often contain multiple local errors with different downstream effects, only some of which remain responsible for the final failure. In this work, we propose TrajDebug, an error-lifecycle tracing framework that addresses long-trajectory error discovery with m

AI 解读论文

提出 TrajDebug 框架,跟踪并定位长时序智能体轨迹中的关键错误。

核心方法
TrajDebug 通过一个错误生命周期跟踪框架,结合远距离指令、观察和先前上下文的信息,识别和定位关键错误,即使在存在多个局部错误的情况下也能准确判断。
适合谁读
研究者、工程师
要解决的问题
长时序智能体系统中错误的级联效应导致调试困难,特别是难以准确定位导致最终失败的最早错误步骤。
关键实验
未提供
主要贡献
解决了长时序智能体轨迹中关键错误难以定位的问题,提高了系统的可调试性和可靠性。
意义与局限
对于提高智能体系统的稳定性和故障排查效率具有重要意义,但可能需要更多实验验证其效果。
领域:cs.AI作者:Yunjia Qi、Zehua Yin、Xintong Shi
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