SDN/NFV Architecture for IoT Networks

Ángel Leonardo Valdivieso Caraguay, Patricia Ludeña González, Rommel Torres Tandazo, Lorena Isabel Barona López
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引用次数: 7

Abstract

: Since the appearance of the Internet of Things concept the research community has been focused on how to allow an efficient communication and data analysis of millions of devices connected to Internet. However, the current efforts have not enough in order to cover the IoT requirements and challenges. In recent years, technologies like SDN, NFV, edge computing, among others, have been pushing not only traditional networks but also the IoT environments. One of the main concerns is to ensure the quality of the services provided by IoT devices, for its purpose the decouple of data and control plane, the virtualization of network functions, advanced data analysis capacity and the ability to share and put closer the services are considered promising characteristics for this kind of environment.This paper presents an architecture that integrates SDN and NFV focused on IoT environments and a proof of concept to enhance the quality of services. The experiment takes advantage of the controller capabilities in order to modify QoE/QoS flows in real time by means the configuration of SDN-App.
面向物联网的SDN/NFV架构
自从物联网概念出现以来,研究界一直专注于如何允许连接到互联网的数百万设备进行有效的通信和数据分析。然而,目前的努力还不足以满足物联网的需求和挑战。近年来,SDN、NFV、边缘计算等技术不仅推动了传统网络,也推动了物联网环境的发展。其中一个主要问题是确保物联网设备提供的服务质量,为此,数据和控制平面的解耦,网络功能的虚拟化,先进的数据分析能力以及共享和更紧密服务的能力被认为是这种环境的有前途的特征。本文提出了一种集成SDN和NFV的架构,专注于物联网环境,并验证了提高服务质量的概念。本实验通过SDN-App的配置,利用控制器的功能,实时修改QoE/QoS流。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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