基于漏洞区域的系统崩溃过程

D. McGillis, K. El-Arroudi, R. Brearley, G. Joós
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引用次数: 18

摘要

本文的目的是介绍一种基于漏洞区域的系统崩溃过程的新方法。为此,提出了一种新的偶然性分类——异常偶然性和一种新的系统运行状态——崩溃边缘。这些异常偶然性在脆弱区域的应用可能导致系统处于崩溃的边缘。具体来说,系统处于崩溃边缘通常有两个条件:一是系统处于退化状态或接近其运行极限,二是系统必须在脆弱区域发生异常突发事件。这项研究的结果是确定网络中的脆弱区域,然后可以确定这些区域,并在需要时采取适当的补救行动。保护濒临崩溃的系统需要不同的阶段,即:a)如何定义脆弱区域,b)如何识别这些脆弱区域,c)如何在存在脆弱区域的情况下保护系统。本文是提出一种保护濒临崩溃的系统的新方法的第一步
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Process of System Collapse Based on Areas of Vulnerability
The purpose of this paper is to introduce a new approach to the process of system collapse based on areas of vulnerability. For this purpose, a new category of contingencies called abnormal contingencies and a new system operating state called verge-of-collapse are proposed. The application of these abnormal contingencies to the vulnerable areas can lead to a system on the verge-of-collapse. In particular, there are two conditions that generally occur for a system to be on the verge-of-collapse: firstly, the system is in a degraded state or close to its operation limits and secondly it must be subjected to abnormal contingencies in the areas of vulnerability. The result of this study is to define areas of vulnerability in a network which can then be identified and appropriate remedial action initiated when required. Different stages are required for the protection of systems on the verge of collapse, namely: a) how to define areas of vulnerability, b) how to identify these areas of vulnerability and c) how to protect the system in the presence of areas of vulnerability. This paper is the first stage in proposing a new approach to the protection of systems on the verge of collapse
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