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Bayesian Methods for Statistical Inference on the Common Mean from Multiple Data Sources

机译:来自多个数据源的常见意义的差异差异的贝叶斯方法

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Combining studies or data from different sources for estimation of some related or common quantities has arisen in a number of applied problems. While there are myriad results on the development of various estimators of the common mean using classical/frequentist statistical approaches, there is lack of unifying rules and understanding of the statistical inference procedures such as confidence intervals or hypothesis testing. Indeed, if the variances are different and unknown, the inferential problem is notoriously difficult, and is related to the well-known Behrens-Fisher problem. This paper will show how Bayesian statistics provides a unifying tool for uncertainty analysis in the most general multi-laboratory and multiple methods problems. Software implementations will be discussed for facilicitating popularization of Bayesian methods among practical users.
机译:在许多应用问题中出现了组合来自不同来源的研究或来自不同来源的数据。虽然有多种常见意义的各种估算的发展结果,但使用经典/频繁的统计方法,缺乏统一规则和对统计推理程序,如置信区间或假设检测。事实上,如果差异不同,并且未知,令人矛盾的问题是众所周知的困难,并且与众所周知的代表 - 渔业问题有关。本文将展示贝叶斯统计数据如何在最普遍的多实验室和多种方法问题中提供统一工具以进行不确定性分析。将讨论软件实现,以便在实用用户之间进行贝叶斯方法的普及。

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