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Virtualized Network Infrastructure Supporting Co-existence of Parallel Internets

机译:支持并行Internet共存的虚拟化网络基础架构

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In this paper we describe the IIP System designed, implemented and currently tested in the frame of the Polish national project entitled "Future Internet Engineering" (in Polish "In¿ynieria Internetu Przysz³oci"-IIP). The IIP system uses virtualized network infrastructure that allows to set a number of, named, Parallel Internets essentially differing in solutions for the data and control planes. More precisely, we design three Parallel Internets: (1) IPv6 QoS that basically explores Diff Serv and NGN architectures and uses TCP/IP, (2) Content Aware Network (CAN) specially designed for efficient content delivery, and (3) Data Streams Switching (DSS) for handling constant rate traffic with strong QoS requirements. For the IIP System we design a novel network infrastructure, which is based on the virtualization of the network elements (links and nodes). Such approach is on the line with the expectations of the network infrastructure for the Future Internet. In the paper we mainly focus on the system architecture, Parallel Internets and some aspects of network virtualization.
机译:在本文中,我们描述了在名为“未来互联网工程”的波兰国家项目框架(波兰语“ Inyyeriaeria Internetu Przyszoci” -IIP)中设计,实施和当前测试的IIP系统。 IIP系统使用虚拟化的网络基础结构,该基础结构允许设置许多在数据和控制平面解决方案上本质上不同的并行Internet。更准确地说,我们设计了三个并行Internet:(1)IPv6 QoS,主要探索Diff Serv和NGN架构并使用TCP / IP;(2)专为高效内容传递而设计的内容感知网络(CAN);以及(3)数据流交换(DSS),用于处理具有强大QoS要求的恒定速率流量。对于IIP系统,我们设计了一种新颖的网络基础结构,它基于网络元素(链接和节点)的虚拟化。这种方法符合未来互联网的网络基础设施的期望。在本文中,我们主要关注系统架构,并行Internet和网络虚拟化的某些方面。

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