基于协同进化遗传算法的t细胞检测器成熟算法

Jinyin Chen, Dongyong Yang, Zhilin Feng
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引用次数: 0

摘要

高效的t细胞检测器成熟算法是异常检测中的重要问题之一。针对目前算法存在的TP值低、匹配阈值固定、检测器集大小大等问题。提出了一种基于协同进化遗传算法的t检测器成熟算法。根据入侵检测系统的形态分析和覆盖问题算法。然后每个种群根据各自的自划分进行进化,并将它们的最佳种群组合为最终的成熟检测器集,减少了检测器的冗余性,保持了检测器的多样性。理论基础和实验证明了该方法的有效性。
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T-Cell detector maturation algorithm based on cooperative co-evolution GA
Efficient T-cell detector maturation algorithm is one of the most important problems of anomaly detection. Aiming at solving problems of current algorithms, such as low TP value, fixed matching threshold value and large detector set size. A novel T-detector maturation algorithm based on cooperative co-evolution genetic algorithm is put forward in this paper. According to morphologic analysis of intrusion detection system and covering problem algorithm. And then each population evolves according to each self partition and their best population would be combined as the final matured detector set, which decreases redundancy of detectors and maintains diversity of detectors. The efficiency is proved by theoretical foundation and tests.
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