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Traffic Data Classification using Machine Learning Algorithms in SDN Networks

机译:使用SDN网络中机器学习算法的流量数据分类

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As an efficient approach to proactively monitoring network dynamics, automatically analyzing network data, and predicting network usage, machine learning has been widely deployed. This enables the networks to be efficiently and autonomously coped with in SDN/NFV environment. In particular, network intelligent technology can be adopted into the infrastructure management, network operations, and service assurance. In this paper, we study the automatic network data classification based on machine learning, where several machine learning algorithms are deployed to automatically classify real network traffic data collected from ONOS (Open Network Operating System) platform. From the experiment results with simple network topology, we conclude that machine learning algorithms can effectively classify the network traffic data. However, it is also observed machine algorithms may only show a limited performance in practice if they are blindly deployed. This is because there exists not only the data that needs to be delivered to the receivers but also the data required for network maintenance in a real network system. Therefore, it is essential to develop machine learning algorithms that explicitly consider the characteristics of real network traffic data in target network scenarios.
机译:作为主动监控网络动态的有效方法,自动分析网络数据,并预测网络使用,机器学习已被广​​泛部署。这使得能够在SDN / NFV环境中有效和自主地和自主地应对。特别是,网络智能技术可以采用基础设施管理,网络运营和服务保证。在本文中,我们研究了基于机器学习的自动网络数据分类,其中部署了几种机器学习算法以自动分类从ONOS(开放式网络操作系统)平台收集的真实网络流量数据。从实验结果通过简单的网络拓扑结果,我们得出结论,机器学习算法可以有效地分类网络流量数据。然而,它也被观察到的机器算法可以在盲目部署的情况下在实践中仅显示有限的性能。这是因为不仅存在需要传送到接收器的数据,还存在真实网络系统中网络维护所需的数据。因此,必须开发机器学习算法,该算法明确地考虑目标网络方案中真实网络流量数据的特征。

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