网络入侵检测的在线数据流和主动学习研究综述-系统文献综述

Christopher Nixon, Mohamed H. Sedky, Mohamed Hassan
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引用次数: 1

摘要

入侵检测系统(IDS)监视计算机网络的攻击。网络数据流可能是无限的,需要实时处理,以便及时检测不断变化的攻击。为了解决网络数据流的性质,考虑使用IDS的在线数据流学习方法是很重要的。在线数据流学习是机器学习(ML)的延伸,其中特别考虑通过监督和无监督方法发现数据流中的异常,适应概念漂移,处理实时事件,以及使用主动学习(AL)管理标签成本。本文提出了一个问题,即IDS的在线数据流和人工智能方法最近得到了哪些综述?进行了系统文献综述(SLR),发现目前没有主要关注IDS数据流学习的综述。审查分为不同类别,并提出了主要考虑因素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Reviews in Online Data Stream and Active Learning for Cyber Intrusion Detection - A Systematic Literature Review
Intrusion Detection Systems (IDS) monitor com-puter networks for attack. Network data streams are potentially infinite and require real-time processing in order to provide timely detection of changing attacks. To address the nature of the network data stream it is important to consider the use of online data stream learning methods for IDS. Online data stream learning is an extension of Machine Learning (ML) where special consideration is given to finding anomalies in the data stream via supervised and unsupervised methods, adapting to concept drift, processing real-time events, and management of labelling cost by using Active Learning (AL). This paper asks the question of which online data stream and AL methods for IDS have been recently reviewed? A Systematic Literature Review (SLR) was performed and found that there is currently no reviews available that focus primarily on IDS data stream learning. Reviews were organised into categories and key considerations presented.
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