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Effect of anti-virus software on infectious nodes in computer network: A mathematical model

机译:防病毒软件对计算机网络中感染节点的影响:数学模型

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摘要

An e-epidemic model of malicious codes in the computer network through vertical transmission is formulated. We have observed that if the basic reproduction number is less than unity, the infected proportion of computer nodes disappear, malicious codes die out, also the malicious codes-free equilibrium is globally asymptotically stable which leads to its eradication. Effect of anti-virus software on the removal of the malicious codes from the computer network is critically analyzed. Analysis, simulation results show some managerial insights that are helpful for the practice of anti-virus in information sharing networks.
机译:建立了通过垂直传播的计算机网络中恶意代码的流行病模型。我们已经观察到,如果基本复制数小于1,则受感染的计算机节点比例将消失,恶意代码消失,而且无恶意代码的均衡在全局上是渐近稳定的,从而导致其被消除。严格分析了防病毒软件对从计算机网络中删除恶意代码的影响。分析和仿真结果显示了一些管理方面的见识,这些见解对信息共享网络中的防病毒实践很有帮助。

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