混淆因果关系

G. Smith, J. Cordes
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引用次数: 2

摘要

可以从数据中提取预测值的层次结构。在层次结构的顶端是因果关系,可以通过随机和控制实验或自然实验来证实。其次,最好是提前建立已知的或假设的关系,然后测试它们并估计它们的相对重要性。低一级是在历史数据中发现的关联,在考虑它们是否有意义之后,在新数据上进行测试。在层次结构的底部,很少或没有价值的是在历史数据中发现的关联,这些关联没有得到专家意见的证实,也没有经过新数据的检验。使用“相关性就足够了”方法的数据科学家应该记住,数据越多,搜索越多,发现的统计关系越有可能是巧合和无用的。
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Confusing Correlation with Causation
There is a hierarchy of predictive value that can be extracted from data. At the top of the hierarchy are causal relationships that can be confirmed with a randomized and controlled experiment or a natural experiment. Next best is to establish known or hypothesized relationships ahead of time and then test them and estimate their relative importance. One notch lower are associations found in historical data that are tested on fresh data after considering whether or not they make sense. At the bottom of the hierarchy, with little or no value, are associations found in historical data that are not confirmed by expert opinion or tested with fresh data. Data scientists who use a “correlations are enough” approach should remember that the more data and the more searches, the more likely it is that a discovered statistical relationship is coincidental and useless.
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