Cloud Data Center Intrusion Detection Model Based on Active Rules

Wei Zhao, Xiaoming Jiang, Jingchun Wang
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Abstract

Because the part of rules matching takes up a relatively high proportion in the current intrusion detection model and the rules adjustment can also influence the data accuracy, this paper proposes an anomalous detection model based on the active rules. Aiming at the problem of low rules adjustment efficiency in the current model, this paper designs the structure of active rules and a dynamic adjustment approach of active rules based on two-steps. This paper selects rules matching approach to update the matching process dynamically on the basis of activeness, and thus reducing the time complexity of intrusion detection system and false alarm rate. The experimental results indicate that the anomalous detection model relying on active rules proposed here can further improve the efficiency of rules matching and reduce the false alarm rate, performing a stronger practicability.
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基于活动规则的云数据中心入侵检测模型
针对当前入侵检测模型中规则匹配部分所占比重较大,规则调整也会影响数据精度的问题,本文提出了一种基于主动规则的异常检测模型。针对现有模型中规则调整效率低的问题,设计了主动规则的结构和一种基于两步法的主动规则动态调整方法。本文采用规则匹配的方法,在活跃度的基础上对匹配过程进行动态更新,从而降低了入侵检测系统的时间复杂度和虚警率。实验结果表明,本文提出的基于主动规则的异常检测模型可以进一步提高规则匹配效率,降低虚警率,具有较强的实用性。
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