SUN Yong-qian, XI Liang. Real-valued Immune Detector Dimension-reducing Optimization Algorithm with Entropy[J]. 2014, 19(2): 68-72.
DOI:
SUN Yong-qian, XI Liang. Real-valued Immune Detector Dimension-reducing Optimization Algorithm with Entropy[J]. 2014, 19(2): 68-72.DOI: 10.15938/j.jhust.2014.02.022.
Real-valued Immune Detector Dimension-reducing Optimization Algorithm with Entropy
摘要
针对免疫机制的入侵检测系统中实值检测器的维数灾难问题
借鉴信息熵理论
提出一种基于熵的实值检测器降维优化算法
使检测器在保留足够信息量的前提下在低维空间中运行
有效提高检测效率.实验表明
降维后的检测器表现出更好的检测性能. 更多还原
Abstract
In order to deal with the “dimension curse”problem of real-valued detector in immunity-based in-trusion detection system,we borrowed ideas from the information entropy theory,and a real-valued immune detector dimension-reducing optimization algorithm is proposed in this paper. The optimized detectors can retain the most useful information and work in the low-dimensional shape-space,which can improve the detection efficiency. The experiments show that the dimension - reduced detectors have better detector performances.