A novel passive worm defense model for multimedia sharing

Haokun Tang, Jun Huang, Wei Wang
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引用次数: 1

Abstract

Passive worm, a serious risk to multimedia sharing environment, has drawn much attention because of its undetectable, destructive, and wide-ranging features. Existing propagation models for passive worm only noticed its similarity to biological viruses in propagation, ignored the impact of social attributes of P2P nodes on the spread of worms. This paper proposes a defense model of passive worm in multimedia sharing environment. The contributions made in this paper include four aspects. First, we analyze the deficiency of current defense model of passive worm based on mean-field theory in multimedia sharing environment. Second, we build a node evaluation system based on trust relationship. Third, we develop a defense model based on game theory. Fourth, we provide extensive numerical study and simulation experiments to the impact of some relevant model parameters on the defense of passive worm in multimedia sharing environment. The model presented in this paper is applicable for defending against passive worms in multimedia sharing environment.
一种新的多媒体共享被动蠕虫防御模型
被动蠕虫由于其难以检测、破坏性强、传播范围广等特点,对多媒体共享环境造成了严重的威胁。现有的被动蠕虫传播模型只注意到它与生物病毒在传播上的相似性,忽略了P2P节点的社会属性对蠕虫传播的影响。提出了一种多媒体共享环境下被动蠕虫的防御模型。本文的贡献包括四个方面。首先,分析了当前多媒体共享环境下基于平均场理论的被动蠕虫防御模型的不足。其次,构建了基于信任关系的节点评价体系。第三,建立了基于博弈论的防御模型。第四,对多媒体共享环境下一些相关模型参数对被动蠕虫防御的影响进行了广泛的数值研究和仿真实验。该模型适用于多媒体共享环境下的被动蠕虫防御。
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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