首页> 外文会议>8th World Multi-Conference on Systemics, Cybernetics and Informatics(SCI 2004) vol.15: Post-Conference Issue >Soft Computing for Computer Security Intrusion Detection Based Upon Artificial Immunity Model
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Soft Computing for Computer Security Intrusion Detection Based Upon Artificial Immunity Model

机译:基于人工免疫模型的计算机安全入侵检测软计算

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摘要

Despite extensive efforts during recent years within the technical community to improve computer security, serious problems of computer security continue to receive increasing coverage in both the popular and technical media. A large part of the problem is that current techniques are external, and not internal. In biological systems, natural internal immune system responses identify and protect the organism. A key mechanism in this immunity process is to distinguish between self (i.e. normal organisms or behaviors) and non-self (i.e. abnormal or anomalous behavior). To deal with the ambiguities in the process of anomaly detection for computer system security, we introduce a hierarchical fuzzy inference system to capture normal behavior deviations. Fully logic has been widely used in control systems, decision-making, information retrieval, and many other applications. In mis paper, we explore its capability in the area of computer security threat evaluation modeling and anomaly detection. Initial studies of command sequences indicate promising results for this approach.
机译:尽管近年来在技术界内部为改善计算机安全性而进行了广泛的努力,但是计算机安全性的严重问题继续在流行和技术媒体中得到越来越多的报道。问题的很大一部分是当前技术是外部的,而不是内部的。在生物系统中,天然的内部免疫系统反应可以识别并保护生物体。这种免疫过程的关键机制是区分自我(即正常的有机体或行为)和非自我(即异常或异常行为)。为了解决计算机系统安全异常检测过程中的歧义,我们引入了一种层次模糊推理系统来捕获正常的行为偏差。完全逻辑已广泛用于控制系统,决策,信息检索和许多其他应用程序中。在错误的文件中,我们探讨了其在计算机安全威胁评估建模和异常检测方面的功能。指令序列的初步研究表明这种方法的前景广阔。

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