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Immune Multi Agent System for Intrusion Prevention and Self Healing System Implement a Non-Linear Classification

机译:用于入侵防治和自我愈合系统的免疫多剂系统实施了非线性分类

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Artificial immune systems have recently been implemented in the field of computer security system particularly in intrusion detection and prevention systems. In this paper researchers present an approach to an intrusion prevention system (IPS) which is inspired by the Danger model of immunology. This novel approach used a multi immune agent system that implements a non-linear classification method to identify the abnormality behavior of network system. The authors look into Dendritic Cell (DC) which is a cell in Innate Immune system (IIS) as a classifier cell. Our approach takes the advantages of multi agent system, Dendritic cell, Cluster-K-Nearest-Neighbor, K-mean and Gaussion mixture methods which are give an autonomous, highly accurate and fast classifier security system. This is based on intelligent agents that exploit known functional features of the immune system and the self-healing system to detect, prevent and heal harmful or dangerous events in network systems A combination of features between the IPS and self healing (SH) mechanism to ensure continuity of the networked systems have been established.
机译:最近在计算机安全系统领域实施了人工免疫系统,特别是在入侵检测和预防系统中。在本文中,研究人员提出了一种受到免疫学危险模型的入侵防御系统(IPS)的方法。这种新方法使用了多种免疫代理系统,该系统实现了非线性分类方法来识别网络系统的异常行为。作者看着树突细胞(DC),其是先天免疫系统(IIS)中的细胞作为分类剂。我们的方法采用了多代理系统,树突式电池,簇-K-最近邻,k均值和高斯混合方法的优点,这是一种自主,高精度,快速的分类系统。这是基于智能代理,利用免疫系统的已知功能特征和自我修复系统来检测,预防和治愈网络系统中的有害或危险事件的IP和自我修复(SH)机制之间的组合,以确保已建立联网系统的连续性。

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