System resilience enhancement through modularization for large scale cyber systems

Manghui Tu, Liangliang Xiao
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引用次数: 6

Abstract

It has become increasingly evident that large scale cyber systems can be brittle and may exhibit unpredictable behavior when faced with unexpected disturbances. Even weak and innocuous disturbances can bring down the system inoperative and may introduce catastrophic disasters to the society. The goal of this research is to provide effective mechanisms to enhance the resilience of large scale cyber systems. Process interactions will be modeled and the relationship between interaction and system resilience will be analyzed. The effectiveness of modularization on resilience enhancement will be illustrated. A dynamic programming algorithm based solution will be developed to provide a solution to enhance system resilience through system modularization.
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大规模网络系统模块化增强系统弹性
越来越明显的是,大规模网络系统可能是脆弱的,并且在面对意外干扰时可能表现出不可预测的行为。即使是微弱的、无害的干扰也会使系统瘫痪,并可能给社会带来灾难性的灾难。本研究的目的是提供有效的机制来增强大规模网络系统的弹性。将对流程交互进行建模,并分析交互与系统弹性之间的关系。模块化对弹性增强的有效性将得到说明。本文将开发一种基于动态规划算法的解决方案,通过系统模块化来增强系统的弹性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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