核应急计划的建模:系统工程方法的一个系统

M. Ferrero, J. L. González-Álvarez, Cristina Ruiz Martin, A. López-Paredes
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引用次数: 3

摘要

核紧急情况可能对若干相互关联的领域产生重大影响,如卫生、关键基础设施、土地使用等。一个核应急计划(NEP)涉及多个系统以协调的方式行动,根据一个预先建立的组织,该组织被赋予一套规则,通信和命令。通常,新经济政策是自上而下定义的。在本文中,我们从系统工程(SoSE)的角度提出了新产品的定义。这种概念化有助于评估和分析关键指标:新经济政策的复原力、反应能力和有效性。我们通过对通信网络(CN)的实际案例分析来说明这种方法的优点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modelling of a Nuclear Emergency Plan: A system of systems engineering approach
A nuclear emergency (NE) may dramatically impact on several interrelated domains such as health, critical infrastructures, land use, etc. A Nuclear Emergency Plan (NEP) involves multiple systems acting in a coordinated way, according to a pre-established organisation, which is endowed with a set of rules, communications and commands. Usually the NEP is top-down defined. In this paper we propose the definition of NEPs from a System of Systems Engineering (SoSE) approach. This conceptualisation facilitates the assessment and analysis of key indicators: the resilience, responsiveness and effectiveness of NEPs. We illustrate the advantages of this approach with the analysis of the communications network (CN) in a real case study.
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