Irrational System Behavior in a System of Systems

Douglas L. Van Bossuyt, B. O’Halloran, R. Arlitt
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引用次数: 10

Abstract

System of systems (SoS) failures can sometimes be traced to a system within the SoS behaving in unexpected ways. Due to their emergent complexity, these types of failures are notoriously challenging to foresee. This paper presents a method to aid in predicting unknown unknowns in a SoS. Irrationality initiators – failure flows emanating from one system that serve as unexpected initiating events in another system – are introduced into quantitative risk analysis methods such as the Failure Flow Identification and Propagation framework and Probabilistic Risk Assessment. Analysis of models built using this approach yield a probability distribution of failure paths through a system within the SoS that are initiated by unexpected behaviors of other systems within the SoS. The method is demonstrated using an example of an autonomous vehicle network operating in a partially denied environment with hostile forces present. Using the concept of irrationality initiators, it is possible to identify and prioritize vulnerabilities in the system of interest in the SoS.
系统的系统中的非理性系统行为
系统的系统(so)故障有时可以追溯到系统中的某个系统以意想不到的方式运行。由于它们的突发性复杂性,这些类型的故障众所周知是难以预测的。本文提出了一种帮助预测系统中未知未知数的方法。非理性启动器——源自一个系统的故障流在另一个系统中充当意外启动事件——被引入定量风险分析方法,如故障流识别和传播框架和概率风险评估。使用这种方法建立的模型分析产生了通过SoS内系统的故障路径的概率分布,这些故障路径是由SoS内其他系统的意外行为引发的。该方法通过一个在敌对势力存在的部分拒绝环境中运行的自动驾驶汽车网络示例进行了演示。使用非理性启动器的概念,可以识别并优先考虑SoS中感兴趣的系统中的漏洞。
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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