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Modeling Approach for Resilience Engineering of the Future ATM System

机译:未来ATM系统的弹性工程建模方法

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The Air Traffic Management system is rapidly growing in complexity. In order to limit potential performance reductions of the system, several international research programs were started to develop new operational concepts in order to reorganize and redesign the air traffic management system in a more efficient way. An evaluation of the performance of these new operational concepts may be stated in terms of system resilience. Resilience is an approach to the analysis of the capabilities and the behavior of complex systems under non-nominal conditions. The purpose of this paper is to present the approach proposed in the SESAR JU E2.21 SAFECORAM project for the definition of a quantitative methodology for resilience evaluation of the future ATM system based on the development of a concept for task re-allocation among remaining available resources (humans and/or machines) in off-nominal conditions.
机译:空中交通管理系统的复杂性正在迅速增长。为了限制该系统的潜在性能下降,开始了一些国际研究计划,以开发新的运行概念,以便以更有效的方式重组和重新设计空中交通管理系统。这些新的操作概念的性能评估可以用系统弹性来说明。弹性是一种在非标称条件下分析复杂系统的功能和行为的方法。本文的目的是介绍SESAR JU E2.21 SAFECORAM项目中提出的方法,该方法基于在剩余可用空间中重新分配任务的概念的发展中,对未来ATM系统的弹性评估进行定量评估的方法的定义。非标称条件下的资源(人和/或机器)。

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