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GEPA策展人:专为自我改进型智能体设计的策划式学习方案

原文标题 · GEPA-Curator: Curated Learning for Self Improving Agents

作者:Zack Yu、Nicholas Lee、Minjae Lee 大型语言模型在需要持续与复杂环境交互的多轮对话任务中得到了越来越多的应用。现有的反射式提示优化方法,比如GEPA,虽然能够从失败的案例中学习,但代理系统的失败也可能源于提示的缺陷、算法的局限性、随机性的执行方式,或是噪声数据的影响。我们认为,这些失败情况可能无法提供有用的学习机会。

来源:arXiv cs.AI/CL/LG · arxiv.org

正文为英文,可一键机器翻译(仅首次需要等待)

Computer Science > Computation and Language

Title: GEPA-Curator: Curated Learning for Self Improving Agents

Abstract: Large Language Models (LLMs) are increasingly used in multi-turn agentic workloads that require sustained interaction with complex environments. Existing reflective prompt optimizers such as GEPA learn from failed rollouts, but agentic failures can also come from prompt weaknesses, harness limitations, stochastic execution, or noisy judges. We argue that such failures may not provide useful learning signal, and may even be harmful; and thus it is essential to curate which tasks are provided to the prompt optimizer for better performance. We introduce GEPA-Curator, a framework that augments the prompt optimizer to select which agent experiences should shape prompt optimization. In particular, GEPA-Curator consists of two components: task curation, which filters out tasks that are likely to provide noisy or unreliable learning signals, and prior success retrieval, which selectively retrieves past successful trajectories for a task and provides them as additional context to the prompt optimizer. We evaluate GEPA-Curator on GoBrowse, ALFWorld, AppWorld, and $\tau$-bench, using both Gemini 3.1 Pro and Claude Opus 5 as optimizer models. GEPA-Curator matches or exceeds the mean performance of both baselines, with gains of up to 20.7% over GEPA and 21.2% over ACE.

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