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Using situational simulations to support decision making in co-dependent infrastructure systems

机译:使用情景模拟来支持相互依赖的基础架构系统中的决策

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In this paper we introduced an integrative network-based approach to modelling co-dependent infrastructure systems and simulating them within the general purpose framework of situational simulations. We introduced and discussed the underlying mathematical model of the simulation, and also discussed typical information that will drive it - specifically considering the case of the City of Houghton, Michigan, in the USA. We also implemented the situational simulation using a proposed process model and the information model, thus providing a prototypical product interface. The simulation is interactive and it allows decision makers to account for complex adaptive interactions among co-dependent infrastructure systems, and to account for non-linear feedbacks and counter-intuitive behaviour. The significance of this research is twofold:rn1 It provides an underlying model to represent and reason about co-dependent infrastructure systems.rn2 It implements the model within the general purpose framework of situational simulations that can be used by public infrastructure emergency management agencies to test crisis management strategies, assess risk, and specifically identify and prepare for events that expose system vulnerabilities.rnThis paper seeds an agenda for interdisciplinary future research with the ultimate goal of developing products that enhance decision making in managing co-dependent infrastructure systems.
机译:在本文中,我们介绍了一种基于网络的集成方法,用于对相互依赖的基础架构系统进行建模,并在情境模拟的通用框架内对其进行仿真。我们介绍并讨论了模拟的基本数学模型,还讨论了将推动模拟的典型信息-特别是考虑到美国密歇根州霍顿市的情况。我们还使用提议的过程模型和信息模型实施了情境仿真,从而提供了原型产品界面。该模拟是交互式的,它使决策者能够解决相互依赖的基础架构系统之间的复杂自适应交互,并能够解决非线性反馈和违反直觉的行为。这项研究的意义有两个方面:rn1它提供了一个基础模型来表示和依赖于相互依赖的基础设施系统。rn2它在情景模拟的通用框架内实现了该模型,公共基础设施应急管理机构可以使用该模型进行测试危机管理策略,评估风险,并明确识别并为暴露系统漏洞的事件做准备。本文为跨学科的未来研究提供了一个议程,其最终目标是开发产品,以增强管理相互依赖的基础架构系统的决策。

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