Overview of SINET3-next-generation Science Information Network

S. Urushidani, S. Abe, J. Matsukata, Yusheng Ji, K. Fukuda, M. Koibuchi, S. Yamada
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引用次数: 7

Abstract

This paper outlines the next-generation science information network, called SINET3, which will be launched in April 2007 as the integrated successor network to SINET and SuperSINET. Using leading-edge networking technologies, SINET3 will provide a rich variety of network services and will adapt flexibly to the needs of the research and education community. The network services include multi-layer services such as IP, Ethernet, and lambda services, well-prepared virtual private network services for collaborative research among related organizations, and layer-1 bandwidth on demand services for emerging high-performance applications. Introducing layer-1 switches as core network components, the network will be structurally changed into an advanced hybrid optical and IP/MPLS network and will form a nationwide innovative network infrastructure for the research and education community. This paper gives an overview of SINET3 from the viewpoints of network services, network architecture, and networking technologies.
新一代科学信息网络sinet3概述
这篇论文概述了下一代科学信息网络SINET3,它将作为SINET和SuperSINET的集成后继网络于2007年4月启动。利用先进的网络技术,SINET3将提供丰富多样的网络服务,并将灵活地适应研究和教育界的需求。网络服务包括IP、以太网和lambda服务等多层服务,为相关组织之间的协作研究准备充分的虚拟专用网服务,以及为新兴高性能应用提供的第一层带宽随需应变服务。引入第一层交换机作为核心网络组件,该网络将在结构上转变为先进的混合光和IP/MPLS网络,并将为研究和教育界形成全国性的创新网络基础设施。本文从网络服务、网络架构和网络技术三个方面对SINET3进行了概述。
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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