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Intrusion detection algorithms based on correlation information entropy and binary particle swarm optimization

机译:基于相关信息熵和二元粒子群优化的入侵检测算法

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摘要

In current intrusion detection, redundant features often lead to the degradation of detection accuracy. Aiming at this problem, an intrusion detection algorithm based on correlation information entropy and binary particle swarm optimization algorithm was proposed. Correlation information entropy was used to sort features. This can filter irrelevant features. So the feature dimension was reduced. Then some better subsets that were gotten from feature sorting were used as the part initial population. In this way, the following particle swarm optimization algorithm would have a good starting point. The test results showed that the better classification performance was obtained according to the selected optimal feature subset, and the testing time of the system was reduced effectively.
机译:在当前的入侵检测中,冗余功能通常导致检测精度的降低。针对这个问题,提出了一种基于相关信息熵和二元粒子群优化算法的入侵检测算法。相关信息熵用于对特征进行排序。这可以过滤无关的功能。所以特征维度减少了。然后,从功能排序中获得的一些更好的子集被用作零件初始群体。以这种方式,以下粒子群优化算法将具有良好的起点。测试结果表明,根据所选择的最佳特征子集获得更好的分类性能,有效地减少了系统的测试时间。

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