Fisher-R1: Training LLM Agents for Reliable Hypothesis Testing· Fisher-R1:训练LLM代理进行可靠的假设检验
Reliable hypothesis testing is the foundation of many empirical scientific claims. Large language model (LLM) agents are increasingly used to automate this process, as they can inspect datasets, generate code, and produce analyses end-to-end. However, we show that they frequently make subtle inferential errors that lead to incorrect conclusions despite correctly executed analyses. Existing benchmarks fail to capture this failure mode, as they rarely assess whether a reported p-value is statistically valid given the assumptions underlying the data. We address this gap by building P-Bench, a benchmark comprising 425 open-ended, realistic hypothesis-testing tasks spanning economics, biology, and medicine. Each task requires an agent to select a statistical method, compute a p-value, and draw
构建P-Bench基准测试,提升LLM代理在假设检验中的可靠性
- 核心方法
- 开发P-Bench基准,包含425个开放式的假设检验任务,涵盖经济、生物和医学领域,评估LLM代理选择统计方法、计算p值和得出结论的能力
- 适合谁读
- 研究者、科学家、AI工程师
- 要解决的问题
- 现有LLM代理在假设检验中经常犯下推理错误,导致结论错误
- 关键实验
- 使用P-Bench对多个LLM代理进行了测试,显示其在假设检验中存在显著缺陷
- 主要贡献
- 提供了新的基准测试P-Bench,能够更全面地评估LLM代理在假设检验中的性能
- 意义与局限
- 有助于改善LLM代理的科学推理能力,提升其在自动化研究中的可靠性;但目前仅限于特定领域的任务,泛化性有待验证