Abstract

Modern life is becoming more and more convenient, all because of the perfect operation of the infrastructure network. However, if these infrastructure networks encounter interference, the operation of the network system will be delayed or even shut down, often causing huge losses in livelihood, economy, and society. Therefore, how to evaluate the resilience of the network system and provide protection and recovery strategies to deal with attacks that interfere with the system are important issues. This study considers a situation with protection, attack, and recovery strategies, proposes the time-related Binary-Addition Tree-based Resilience Assessment to consider more decision variables and parameters, and further includes the costs in the formulation of the protection and recovery strategies. Moreover, a new performance measure oriented to the degree of network reliability recovery to quantify the resilience of the network system is developed.

中文翻译：

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基础设施网络中动态弹性分析和成本考虑的保护和恢复策略开发

摘要

现代生活越来越便捷，都是因为基础设施网络的完善运行。但是，如果这些基础设施网络遇到干扰，网络系统的运行就会延迟甚至关闭，往往会给民生、经济和社会造成巨大损失。因此，如何评估网络系统的弹性并提供保护和恢复策略来应对干扰系统的攻击是重要的问题。本研究考虑了保护、攻击和恢复策略的情况，提出了时间相关的基于二叉加法树的弹性评估，以考虑更多的决策变量和参数，并进一步包括制定保护和恢复策略的成本。而且，