基于KDD和nsl-kdd数据集的不同机器学习算法和弱分类器综述

Rama Devi Ravipati, Munther Abualkibash
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引用次数: 6

摘要

网络入侵检测常常难以创建分类器来处理不相等的分布式攻击类别。通常,像远程到本地(R2L)和用户到根(U2R)攻击这样的攻击是非常罕见的攻击,即使在KDD数据集中,这些攻击也只占整个数据集的2%。这就导致模型不能有效地学习稀有类别的特征,从而导致R2L、U2R等稀有攻击类别的检测率很低。我们甚至比较了在WEKA中使用不同分类器的KDD和NSL-KDD数据集的准确性。
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A SURVEY ON DIFFERENT MACHINE LEARNING ALGORITHMS AND WEAK CLASSIFIERS BASED ON KDD AND NSL-KDD DATASETS
Network intrusion detection often finds a difficulty in creating classifiers that could handle unequal distributed attack categories. Generally, attacks such as Remote to Local (R2L) and User to Root (U2R) attacks are very rare attacks and even in KDD dataset, these attacks are only 2% of overall datasets. So, these result in model not able to efficiently learn the characteristics of rare categories and this will result in poor detection rates of rare attack categories like R2L and U2R attacks. We even compared the accuracy of KDD and NSL-KDD datasets using different classifiers in WEKA.
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