SDN网络中资源分布的动态流分类模型

S. Muhizi, M. Al-Bahri
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引用次数: 0

摘要

随着联网设备和应用数量的快速增长,尤其是物联网应用,数以十亿计的设备连接到网络中,因此管理产生的流量成为一项迫切的任务。有效地管理这些设备以支持可靠、安全和高质量的应用程序变得具有挑战性。网络流量管理的主要解决方案是应用程序的自动分类,旨在通过分析应用程序的网络流量和广泛的新特征来识别应用程序的语义类型。本文提出了一种基于改进的k-means算法的软件定义网络动态流量分类模型,将网络资源分配到优先的流量类型,从而实现网络应用的优化
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Dynamic Flow Classification Model for Resource Distribution in SDN Networks
As the number of networked devices and applications rapidly grows, particularly the Internet of Things applications, billions of devices are connected to the network and therefore managing the generated traffic becomes a needy task. Effectively managing these devices to support reliable, secure, and high-quality applications become challenging. The main solution to manage network traffic is the automatic classification of application aimed at identifying the semantic type of the application by analyzing its network traffic and wide range of new features. This article proposes a model for dynamic network traffic classification in Software-Defined Networks based on the modified k-means algorithm for network resources distribution to prioritized types of traffic, which allows network applications optimization
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