基于集成k -means++和随机森林的软件定义网络DDoS攻击检测

Diash Firdaus, R. Munadi, Yudha Purwanto
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引用次数: 5

摘要

软件定义网络(SDN)是网络的未来,作为一种新的网络模式引起了人们的极大兴趣。SDN通过分离控制平面和数据平面进行集中控制,很容易受到DDoS攻击。为了提高安全性,需要更高的检测精度和效率。为了检测SDN上的DDoS攻击,我们提出了使用集成算法的机器学习进行DDoS检测。在实验阶段,我们使用InSDN作为数据集。本研究采用两种方法。第一步是聚类和分类方法,聚类和分类方法有两个阶段,第一阶段是特征选择和归一化,第二阶段是集成算法聚类和分类。第二步是在SDN中使用Mininet仿真器的检测验证方法。我们使用集成算法k -means++和随机森林来获得较高的检测精度和效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DDoS Attack Detection in Software Defined Network using Ensemble K-means++ and Random Forest
SDN (Software Defined Network) is the future of networking and has attracted great interest as a new paradigm in networking. SDN has centralized control by separating control plane and data plane, it will be very vulnerable to DDoS attacks. To improve security, it requires high detection accuracy and efficiency. To detect DDoS attacks on SDN we propose DDoS detection using Machine Learning with Ensemble Algorithm. At the experimental stage, we used InSDN as a dataset. This study consists of two methodologies. The first step is the clustering and classification method, the clustering and classification method has two stages, the first stage is feature selection and normalization, and the second stage is Ensemble Algorithm clustering and classification. The second step is the detection validation method in SDN using the Mininet emulator. We use Ensemble Algorithm K-means++ and Random Forest to obtain High detection accuracy and efficiency.
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