首先介绍三个基本的蠕虫传播模型，分析了引入良性蠕虫后的四种情况。
First, this paper introduces three basic worms propagation models and analyzes four situations after the introduction of benign worm.
建立了基于图的网络划分的模型，并提出了一种适于抑制蠕虫传播的网络划分的算法。
The graph-based model of network division is created, an algorithm fit for worm spread restraint is brought forward, and the theoretic analyze and simulations prove the efficiency of this approach.
为了更好地表达网络蠕虫传播情况，提出了一种新的蠕虫传播分段模型。
In order to describe Internet worm propagation, a novel subsection model of network worm propagation was put forward.
指出蠕虫对抗蠕虫模型中存在的错误，通过分析蠕虫传播规律，提出修正模型。
This paper points out the error of worm-anti-worm model and provides the revising model based on the law of worm propagation.
在网络通信模型的基础上，进一步结合蠕虫传播的特征，本文提出了蠕虫的攻击树模型。
Based on the network communication model and the characters of the worm's propagation, this article gives the attack-tree model of worm.
本文介绍了网络蠕虫病毒的功能结构、传播机制以及SIR流行病传播模型。
In the paper, the function structure, propagation mechanism and the SIR epidemic model are introduced.
为了更好地刻画良性蠕虫的传播过程，采用了离散时间模型。
In order to better characterize the propagation of benign worm, this paper adopted a discrete-time model.
为了更好地刻画良性蠕虫的传播过程，采用了离散时间模型。
In order to better characterize the propagation of benign worm, this paper adopted a discrete-time model.
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