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Inter-Infrastructure Modeling―Ports and Telecommunications

机译:基础架构间建模-端口和电信

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摘要

During the past year, Bell Laboratories and Sand/a National Laboratories have been modeling and simulating cross-industry interactions between infrastructures and the cascading of impacts under disruption scenarios. Critical national infrastructures for importing and exporting goods and materials (e.g., seaboard shipping through ports on the U.S. East and West Coasts) require the support of other industries to conduct business. For example, ports rely on the grid of information networks (voice, data, Internet) to communicate; they also rely on the power grid to operate machinery and the transportation grid to distribute the goods and materials. While information networks, power networks, and transportation networks tend to be highly reliable, disruptions can lead to extended outages requiring days/weeks to repair. These outages can cause shutdown of port operations, resulting in severe financial losses for the economy. This paper describes just one of those inter-infrastructure dependencies: by simulating a port and the interactions with the telecommunications infrastructure, it describes the impacts on both the flow of goods and materials through ports and the economic impact on the ports under a telecommunications disruption scenario.
机译:在过去的一年中,贝尔实验室和Sand / a国家实验室一直在建模和模拟基础设施之间的跨行业交互以及在中断情况下影响的级联。进出口货物和材料的关键国家基础设施(例如,通过美国东海岸和西海岸的港口进行的沿海运输)需要其他行业的支持才能开展业务。例如,端口依靠信息网络(语音,数据,Internet)的网格进行通信;他们还依靠电网来操作机械,依靠运输网来分配货物和材料。尽管信息网络,电力网络和运输网络往往是高度可靠的,但中断可能会导致停机时间延长,需要数天/数周的时间进行维修。这些中断可能会导致港口运营中断,从而给经济造成严重的财务损失。本文仅描述了这些基础架构之间的依存关系之一:通过模拟端口以及与电信基础设施的交互,它描述了在电信中断情况下对通过港口的货物和物料流的影响以及对端口的经济影响。

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