基于网络的入侵检测系统的逻辑回归分类树

D. Y. Mahmood
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引用次数: 13

摘要

入侵检测系统用于检测网络流量和数据包中的被动和异常活动,被认为是网络安全不可缺少的一个领域。本文利用逻辑模型树监督机器学习算法实现了一个基于网络的入侵检测系统框架。“NSL-KDD”数据集是“KDDCup 1999”入侵检测基准数据集的更新数据集,用于实验分析,60%的百分比用于训练阶段,其余用于测试阶段。对该结构的测试和实验结果表明,在Logistic模型树中使用分类与回归相结合的两种方式函数在准确率和假阳性平均值最小和真阳性平均值高方面都是非常准确的。在提出的模型中进行了两种分类(攻击或正常)
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Classification Trees with Logistic Regression Functions for Network Based Intrusion Detection System
Intrusion Detection Systems considered as an indispensable field of network security to detect passive and anomaly activities in network traffics and packets. In this paper a framework of network based intrusion detection system has been implemented using Logistic Model Trees supervised machine learning algorithm."NSL-KDD" dataset which is an updated dataset from "KDDCup 1999" benchmark dataset for intrusion detection has been used for the experimental analysis using percent of 60% for training phase and the rest for testing phase. The testing and experimental results from the proposed structure shows that using two way functions which are classification with regression combined in Logistic Model Tree is very accurate in term of accuracy and minimum false-positive average with high true-positive average. Two classifications has been performed in the proposed model which are (Attack or Normal)
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