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Multi-Agent Artificial Immune Systems (MAAIS) for Intrusion Detection: Abstraction from Danger Theory

机译:用于入侵检测的多智能体人工免疫系统(MAAIS):危险理论的抽象

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Danger theory-inspired Multi-agent artificial immune system (MAAIS) is applied to intrusion detection systems (IDS). Antigens are profiles of system calls while corresponding behaviors are regarded as signals. The intelligence behind such system is based on the danger theory while dentricit cells agents (DC agent) are emulated for innate immune subsystem and artificial T-cell agents (TC agent) are for adaptive immune subsystem. This IDS is based on the dual detections of DC agent for signals and TC agent for antigen, where each agent coordinates with other to calculate danger value (DV). According to DV, immune response for malicious behaviors is activated by either computer host or Security Operating Center (SOC).
机译:受危险理论启发的多代理人工免疫系统(MAAIS)被应用于入侵检测系统(IDS)。抗原是系统调用的配置文件,而相应的行为被视为信号。该系统背后的情报是基于危险理论的,而先天免疫子系统模拟的是干细胞代理(DC代理),而适应性免疫子系统是模拟的T细胞代理(TC代理)。该IDS基于信号的DC代理和抗原的TC代理的双重检测,其中每种代理相互协调以计算危险值(DV)。根据DV的说法,针对恶意行为的免疫响应是由计算机主机或安全操作中心(SOC)激活的。

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