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Resilience modeling and analysis of interdependent infrastructure systems

机译:相互依赖的基础架构系统的弹性建模和分析

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The infrastructures on which our society depends are interconnected and interdependent on multiple levels. The failure of one infrastructure can result in the disruption of other infrastructures, which can lead to severe economic disruption and loss of life or failure of services. Today, within the cyber-physical engineering and social world, all acting infrastructure systems are certain to be subjected to changes in their environment given by changing inputs, constraints, mechanisms, or interfaces. Moreover, when the infrastructures are interconnected the changes may impact not only the output of individual infrastructures, but also the output of the resulting coordinated operations. This work addresses the concept of resilience of interdependent infrastructures systems and compares the resultant system level resilience with component infrastructure systems resilience.
机译:我们社会所依赖的基础设施是相互关联的,并且在多个层​​面上相互依赖。一个基础架构的故障可能导致其他基础架构的破坏,这可能导致严重的经济破坏,人员伤亡或服务失败。今天,在网络物理工程和社会世界中,所有起作用的基础架构系统都必然会由于输入,约束,机制或接口的变化而发生环境变化。此外,当基础架构相互连接时,更改不仅会影响单个基础架构的输出,还会影响所产生的协调操作的输出。这项工作解决了相互依赖的基础架构系统的弹性概念,并将所得的系统级别的弹性与组件基础架构系统的弹性进行了比较。

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