An in-network service system based on smart routers and edge devices

Zhenyu Zhao, Yiqiang Sheng, Jinlin Wang, M. Zhu
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Abstract

Watching and downloading of the online highdefinition video has become one of our daily needs. The user experience of traditional service system based on content delivery network (CDN) and peer to peer (P2P) is limited by the bandwidth and the service ability. These technologies mostly concentrate on content servers and personal computers rather than routers and devices in the network. In this paper, we propose an in-network service system by taking full advantage of the smart routers and edge devices to relieve the load of CDN. We mainly do the following works. 1) We propose the basic architecture of the in-network service system and deploy it on a real network environment. 2) We introduce a hybrid node management algorithm for large scale, flexible, high churn network to manage the smart routers with the edge devices. 3) We design a file self-diffusion algorithm for content delivery. The evaluation shows the high performance of the hit rate of service using the proposed system. In the experiment, up to half of the user requests can be serviced by the proposed system without accessing the CDN.
基于智能路由器和边缘设备的网内业务系统
观看和下载在线高清视频已经成为我们的日常需求之一。基于内容分发网络(CDN)和点对点(P2P)的传统业务系统的用户体验受到带宽和业务能力的限制。这些技术主要集中在内容服务器和个人电脑上,而不是网络中的路由器和设备。在本文中,我们提出了一种充分利用智能路由器和边缘设备来减轻CDN负载的网内服务系统。我们主要做以下工作。1)提出网内业务系统的基本架构,并在实际网络环境中进行部署。2)针对大规模、灵活、高流失率网络,提出了一种混合节点管理算法,对具有边缘设备的智能路由器进行管理。3)设计了一种文件自扩散算法用于内容分发。评估结果表明,该系统具有较高的服务命中率。在实验中,多达一半的用户请求可以在不访问CDN的情况下由提议的系统提供服务。
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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