Source Tracing and Pursuing of Network Virus

Lansheng Han, Shuxia Han, Q. Deng, Junqing Yu, Yunfeng He
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引用次数: 17

Abstract

Recently with the popularity of network, computer virus also enlarger its host into the whole network. However, the current single-computer cleaning method is passive, which cannot cope with the endless network virus. This paper proposes the advantages of the network should be taken in fighting against network virus. When a vertex is found be infected, anti-virus should trace where it come and pursuing where it go, then the spreading path of the virus can be got. By describing the spreading of virus in the network, the paper first constructs a discrete spreading model for the virus. Then, based on the model, the paper presents algorithms for source tracing and pursuing which assure to catch most viruses in a sub-net. At last, the paper also carries on simulation tests for the strategies and the test results confirm the algorithms and also get some useful advice for the real activities.
网络病毒的溯源与追踪
近年来,随着网络的普及,计算机病毒也将其宿主扩大到整个网络。但是,目前的单机清洗方法是被动的,无法应对层出不穷的网络病毒。本文提出了在与网络病毒的斗争中应充分利用网络的优势。当发现一个顶点被感染时,杀毒软件应该追踪它的来源,追踪它的去向,从而得到病毒的传播路径。通过描述病毒在网络中的传播,本文首先构建了病毒的离散传播模型。在此基础上,提出了一种保证捕获子网内大多数病毒的源跟踪和源追踪算法。最后,本文还对这些策略进行了仿真测试,测试结果证实了算法的正确性,并为实际活动提供了一些有益的建议。
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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