首页> 外文期刊>ASCE-ASME Journal of Risk and Uncertainty in Engineering Systems, Part B. Mechanical Engineering >Challenge to Collect Empirical Data for Human Reliability Analysis-Illustrated by the Difficulties in Collecting Empirical Data on the Performance-Shaping Factor Complexity
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Challenge to Collect Empirical Data for Human Reliability Analysis-Illustrated by the Difficulties in Collecting Empirical Data on the Performance-Shaping Factor Complexity

机译:挑战收集人类可靠性的经验数据分析 - 通过收集了对性能整形因子复杂性的经验数据的困难

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This paper discusses the challenges with collecting positivistic empirical data (objective, observable, reliable, replicable, experimental, and true) in human reliability analysis(HRA), and illustrates it by presenting the difficulties in collecting empirical data on the performance-shaping factor (PSF) complexity. The PSF complexity was chosen to illustrate the difficulties with empirically collecting data because it is included in many HRA guidelines and it has been discussed as an important PSF to understand error rates in large accident scenarios. This paper discusses the challenges with collecting empirical data from a pure positivistic paradigm with experiments, as well as from literature reviews and data from event reports, training, and operations. The paper concludes that because of all the challenges with the positivistic empirical data collections methods in HRA, we should discuss whether experts' judgements could be a better approach to obtain HRA data and error rates. In a postpositivistic view, qualitative data or experts' judgments could also be looked at as empirical data if the data were collected in a systematic and transparent way.
机译:本文讨论了在人类可靠性分析(HRA)中收集实证经验数据(客观,可观察,可靠,可复制,实验性,实验和真实的,实验和真实)的挑战,并通过呈现在节能整形因素上收集经验数据的困难来说明它( psf)复杂性。选择PSF复杂性以说明具有经验收集数据的困难,因为它包含在许多HRA指南中,并且已被讨论为重要的PSF,以了解大型事故方案中的错误率。本文讨论了从纯正实证范式与实验中收集实证数据的挑战,以及来自事件报告,培训和运营的文献审查和数据。本文得出结论,由于HRA中有实证实证数据收集方法的所有挑战,我们应该讨论专家的判断是否可以更好地获得HRA数据和错误率的方法。如果数据以系统和透明的方式收集,则在后置型视图中,也可以视为经验数据。

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