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Human Reliability Assessment in Healthcare Operations Using Fuzzy Cognitive Maps

机译:使用模糊认知图的医疗保健业务人员可靠性评估

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摘要

Reliability is the fundamental element of safety operation of all systems. Human performance plays a significant role in the development and operation of complex systems so it is obvious that human errors have serious effects on the complex system performance. Healthcare services sector is one of the major fields that require human reliability assessment as most of the applications involve human handling, decisions and processing. This study aims to draw a complete representation of doctor's behavior leading to clinical error by acquiring a complete causal relation model between all possible performance-influencing factors (PIFs) in healthcare operations which have been determined and analyzed for various healthcare operations.Fuzzy Cognitive Maps (FCM) has been used to procure an explicit understanding of human behavior and all of the reasons relying under his behavior. In this respect, four doctors working in different high-risk involving healthcare fields evaluated all PIFs. The causal relationships are obtained and evaluated through a sensitivity analysis using different alpha-cuts. In real-life decisions, decision-makers may have different confidence levels on expert judgments. The sensitivity analysis procures to the decision-makers a perspective that explains how the fuzziness in judgment may affect the solution robustness.
机译:可靠性是所有系统安全运行的基本要素。人为性能在复杂系统的开发和操作中起着重要作用,因此很明显人为错误会对复杂系统的性能产生严重影响。医疗保健服务部门是需要人员可靠性评估的主要领域之一,因为大多数应用程序涉及人员处理,决策和处理。本研究旨在通过获取在医疗保健操作中所有可能的绩效影响因素(PIF)之间的完整因果关系模型来完整描绘医生行为导致的临床错误,这些因素已针对各种医疗保健操作进行了确定和分析。 FCM)已被用来获得对人类行为以及其行为所依据的所有原因的明确理解。在这方面,四名在医疗领域涉及不同高风险的医生评估了所有PIF。通过使用不同的Alpha切割进行敏感性分析来获得并评估因果关系。在现实生活中的决策中,决策者对专家判断的置信度可能不同。敏感性分析为决策者提供了一个角度,可以解释判断的模糊性如何影响解决方案的鲁棒性。

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