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Rohan Paul (@rohanpaul_ai)· · 原发布时间

John Hopkins 与 Carnegie Mellon University 研究:小模型可依据运行结果改写 AI 智能体代码

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AI 辅助摘要

研究让小模型读取智能体的代码和失败报告,再通过改写代码调整模型看到的信息及工具调用。在21类未见过的推理任务上,4B 编辑模型的平均编辑得分从0.32升至0.62,并超过其35B教师模型;另一项问答测试也显示了跨任务效果。

正文 · 原文

New John Hopkins and Carnegie Mellon University Paper Shows that a small model can learn to improve an agent's harness code from run results, and the skill transfers to new tasks.

A small model trained to rewrite an agent's harness code from failure reports can adapt agents to new tasks, so let it tune your harness instead of doing it by hand.

The harness is the code that decides what the model sees and which tools it calls. The editor reads the harness and what failed, then writes a code change, rewarded by how well the new harness scores.

On 21 unseen reasoning task types, a 4B editor's average edit score rose from 0.32 to 0.62, above its 35B teacher. A separate editor trained on HotpotQA kept improving harnesses on 2 other QA benchmarks.

Run it for several rounds per task, since repeated edits beat single fixes.

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