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Combination Artificial Ant Clustering and K-PSO Clustering Approach to Network Security Model

机译:网络安全模型的组合人工蚁群和K-PSO聚类方法

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A Computer system now operate in an environment of near ubiquitous connectivity, whether tethered to an Ethernet cable or connected via wireless technology. While the availability of always on communication has created countless new opportunities for web based businesses, information sharing, and coordination, it has also created new opportunities for those that seek to illegally disrupt, subvert, or attack these activities. We present natural based data mining algorithm approach to data clustering. Artificial ant clustering algorithm is used to initially create raw clusters and then these clusters are refined using k-mean particle swarm optimization (KPSO). KPSO that has been developed as evolutionary-based clustering technique. The algorithm uses hybridization the k-means algorithm and PSO principle to find good partitions of the data. Certain unnecessary complications of the original algorithm are discussed and means of overcoming these complexities are proposed. We propose k-means particle swarm optimization clustering algorithm in the second stage for refinement mean of overcoming these complexities is proposed. Our approach allows us to recognize not only known attacks but also to detect suspicious activity that may be the result of a new, unknown attack. The experimental results on Knowledge Discovery and Data Mining-(KDDCup 1999.
机译:一种计算机系统现在在近无处不在的连接的环境中运行,无论是通过无线技术连接到以太网电缆还是通过无线技术连接。虽然总是在通信的可用性已经创造了无数新的机会,基于Web的企业,信息共享,协调,它也为那些寻求非法破坏,颠覆,或者攻击这些活动创造了新的机遇。我们提出了基于自然的数据挖掘算法方法来数据聚类。人工蚁群聚类算法用于最初创建原始簇,然后使用k平均粒子群优化(KPSO)来改进这些簇。 KPSO已成为基于进化的聚类技术。该算法使用杂交K-mean算法和PSO原理来找到数据的良好分区。讨论了原始算法的某些不必要的并发症,并提出了克服这些复杂性的方法。建议在第二阶段提出K-Meast粒子群优化聚类算法,以进行细化克服这些复杂性的依赖性。我们的方法使我们不仅要认识到已知的攻击,而且还要检测可能是一个新的未知攻击结果的可疑活动。知识发现和数据挖掘的实验结果 - (KDDCUP 1999。

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