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Stochastic Modeling for Self-evolving Botnets in Infection Control Environments

机译:感染控制环境中自我不断发展的随机拟模拟

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The concept of self-evolving botnets, where computing resources of infected hosts are exploited to discover unknown vulnerabilities and the botnets evolve autonomously, has been introduced and their threats have been shown in the literature. In order to protect networks from the self-evolving botnets, this paper provides an epidemic model taking into account the infection routes in infection control environments to which countermeasures against the self-evolving botnets are applied. We show the behaviors of the epidemic model through simulation experiments.
机译:自我不断发展的僵尸网络的概念,其中被感染宿主的计算资源被利用以发现未知的漏洞,并且僵尸网络已经引入了自主发展,并在文献中展示了他们的威胁。为了保护网络免受自我不断发展的僵尸网络,本文提供了一种流行病模型,考虑到感染控制环境中的感染途径,以应用于自我不断发展的僵尸网络的对策。我们通过仿真实验展示了疫情模型的行为。

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