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论文精选 60arXiv

CodeMidas: Scaling Agentic Coding RL Environments from Code Itself· CodeMidas: 从代码本身扩展代理编程强化学习环境

Training capable coding agents via reinforcement learning (RL) requires diverse tasks with reliable verifiers. Open-source codebases offer a rich source of such tasks, while existing methods typically rely on development artifacts such as issues and commits, limiting the range of tasks that can be extracted. To better scale RL environments, we present CodeMidas, an agentic pipeline that turns implemented functionality in existing codebases into executable RL environments using source code as its only task-specific input. CodeMidas allocates agentic compute to every stage of environment construction: agents explore implemented functionality to formulate behavioral specifications, construct tests grounded in execution of the original code, and validate and filter candidate tasks through exec

AI 解读论文

将开源代码库直接转换为强化学习环境,不再依赖开发工件。

核心方法
CodeMidas 通过分析现有代码库的功能实现,自动生成行为规范和测试用例,构建强化学习环境。
适合谁读
研究者 / 工程师
要解决的问题
现有方法依赖于开发工件,如问题和提交记录,限制了可提取编程任务的多样性。
关键实验
未提供
主要贡献
提供了一种不依赖开发工件直接从代码构造多样化编程任务的方法,扩展了强化学习的应用范围。
意义与局限
意义在于提高编程强化学习任务的多样性和可靠性,但依赖代码质量和结构的局限性仍然存在。
领域:cs.AI作者:Bowen Ye、Lei Li、Shicheng Li
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Simulated Control Evals· 模拟控制评估

Control evaluations measure whether safeguards can prevent an AI model from causing undesi…

领域:cs.AI作者:Jeffrey Olmo、David Zhang、Tyler Tracy
📎 arXiv🕒 10-23 01:26🔗 arxiv.org

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