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Epigenetic algorithm for performing intrusion detection system

机译:表演入侵检测系统的表观遗传算法

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Intrusion Detection System is one of the most implementing security solutions in network environments to detect anomalies. The major challenge of this kind of this system is to maximize the detection and accuracy rates and minimize false positive. The well-known genetic algorithm is based on gene reproduction and mutation. Recent research has pointed out that additional information embedded alongside individual chromosomes transmits data into future offspring. This additional transmission of information into child generations outside DNA is known as epigenetics. Additional information is considered as the epigenetic factor that helps us to define randomness crossover and mutation used in classical genetic algorithm. This paper presents a state of art where we try to explore epigenetic algorithms within the context of Intrusion Detection System. We discuss the methodology used in genetic algorithm and how our approach can perform detection of intrusions for an efficient security.
机译:入侵检测系统是网络环境中最实现安全解决方案之一,以检测异常。这种该系统的主要挑战是最大化检测和精度率,最小化误报。众所周知的遗传算法基于基因繁殖和突变。最近的研究指出,嵌入单个染色体嵌入的附加信息将数据传输到未来的后代。将信息的额外传送到DNA外的儿童世代称为外膜遗传学。附加信息被视为表观遗传因素,有助于我们定义在古典遗传算法中使用的随机性交叉和突变。本文提出了一种艺术状态,我们试图在入​​侵检测系统的背景下探索表观遗传算法。我们讨论了遗传算法中使用的方法以及我们的方法如何进行有效安全性的入侵检测。

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