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A SOM and Bayesian Network Architecture for Alert Filtering in Network Intrusion Detection Systems

机译:用于网络入侵检测系统中警报过滤的SOM和贝叶斯网络体系结构

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With the ever growing deployment of networks and the Internet, the importance of network security has increased. Recently, however, systems that detect intrusions, which are important in security countermeasures, have been unable to provide proper analysis or an effective defense mechanism. Instead, they have overwhelmed human operators with a large volume of intrusion detection alerts. This paper presents a new approach for handling intrusion detection alarms more efficiently. We propose here an architecture for automated alarm filtering based on classical method of clustering (self-organizing maps) coupled with probabilistic graphical model (Bayesian belief networks) for determining if the network is really attacked
机译:随着网络和Internet的部署不断增长,网络安全的重要性日益提高。但是,近来,在安全对策中很重要的检测入侵的系统无法提供适当的分析或有效的防御机制。取而代之的是,它们以大量的入侵检测警报使人类操作员不知所措。本文提出了一种更有效地处理入侵检测警报的新方法。我们在这里提出一种基于经典聚类(自组织图)方法和概率图形模型(贝叶斯信念网络)的自动警报过滤体系结构,用于确定网络是否受到了攻击

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