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MANET security: An intrusion detection system based on the combination of Negative Selection and danger theory concepts

机译:MANET安全性:基于否定选择和危险理论概念相结合的入侵检测系统

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Too many researches have been done using artificial immune systems AIS to solve intrusion detection problems due to several reasons. The self and non-self model based on the Negative Selection Algorithm NSA is the dominant model since it is adopted by the vast majority of these researches. However, this model has some problems especially in terms of scalability and coverage. This paper tries to exploit some interesting concepts proposed by the new danger theory to overcome the problems associated with the self and non-self model. That by improving NSA in order to achieve better detection rates by integrating the basic danger concepts. In this approach, the intrusion detection is related to the damage that can occur in the system and that can be caused by both external elements such as internal elements. The proposed algorithm integrates and combines the basic concepts of intrusion detection systems IDS based on the role of T cells described by the negative selection algorithm, with those inspired by the role of dendritic cells to process the alarm signals and to judge thereafter whether there is presence of a dangerous element or not.
机译:由于多种原因,已经使用人工免疫系统AIS解决入侵检测问题的研究过多。基于否定选择算法NSA的自我和非自我模型是主导模型,因为这些研究被绝大多数研究所采用。但是,此模型存在一些问题,尤其是在可伸缩性和覆盖范围方面。本文试图利用新的危险理论提出的一些有趣的概念来克服与自我模型和非自我模型相关的问题。通过集成基本危险性概念来改进NSA,以达到更高的检出率。在这种方法中,入侵检测与系统中可能发生的损坏有关,该损坏可能是由两个外部元素(例如内部元素)引起的。所提出的算法结合了基于负选择算法描述的T细胞的作用的入侵检测系统IDS的基本概念,以及受树突状细胞的作用启发的入侵检测系统IDS的基本概念,以处理警报信号并随后判断是否存在是否有危险。

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