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Rohan Paul· @rohanpaul_ai · X· · 原发布时间 AI 评分54

Nvidia 论文提出用关键代码修改预测编程代理的训练后表现

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研究者重放成功的编程代理运行记录,在每次修改后重新测试,找出首次让测试通过的修改,再评估基础模型生成该修改的可能性。材料称,这一指标对10个模型的排序与其训练后 SWE-bench Verified 成绩的排序一致程度达到0.964;该方法需要成功的运行记录和测试用例。

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– https://t.co/zXiI3Mpgfj

Title: "Before They Can Solve: Predicting Post-Training Coding-Agent Performance from Base Models"

回复Rohan Paul@rohanpaul_ai
New Nvidia paper shows scoring base models on every step of an agent run works worse than scoring them only on the edit that first makes the tests pass. Post-training is expensive, so picking the right base model matters. Yet agent benchmarks score base models near zero, and simple coding tests barely predict later agent skill. They replay a strong agent's successful run and rerun the tests after each edit to find the 1st edit that makes them pass. At this decisive step they test whether a base model favors that edit, picks it over failing edits, and can write a passing one. How likely each base model was to write that exact edit ranked the same 10 models in line with their post-trained SWE-bench Verified scores, at 0.964. When choosing a base model to post-train for agent work, run this check first. It needs only a benchmark's successful agent runs and its tests.
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来源:Rohan Paul · x.com

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