网络蠕虫感染的流行病学建模与对策

K. Shahzad, Steve Woodhead
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引用次数: 0

摘要

快速传播的网络蠕虫由于其毒性、速度和不断发现的蠕虫漏洞,继续对互联网构成威胁。蠕虫传播的数学模型可以帮助我们了解蠕虫爆发的流行病学和设计有效的防御机制。本文报道了蠕虫传播的流行病学建模和分析,以及一种分布式蠕虫检测和预防对策。这项工作是基于Slammer和Witty蠕虫的特征,并采用了广泛使用的易感感染生物学模型。流行病学模型表明,SI模型可以用来表示随机扫描蠕虫的毒力和量化蠕虫对策的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Epidemiological modeling of network worm infections and countermeasures
Fast spreading network worms continue to pose a threat to the Internet due to their virulence, speed and the continuous discovery of wormable vulnerabilities. Mathematical models for worm propagation can help us to understand the epidemiology of worm outbreaks and to devise effective defense mechanisms. In this paper, we report the epidemiological modeling and analysis of worm propagation and a distributed worm detection and prevention countermeasure. The work is based on the Slammer and Witty worm characteristics and employs the widely used Susceptible-Infected biological model. The epidemiological modeling shows that the SI model can be used to represent the virulence of random scanning worms and to quantify the effectiveness of worm countermeasures.
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