Implementation of QoS control capabilities in SINET3

S. Urushidani, Yusheng Ji, J. Matsukata, K. Fukuda, S. Abe, M. Koibuchi, M. Nakamura, S. Yamada, K. Shimizu, I. Inoue, T. Mori, A. Osada
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Abstract

This paper describes the QoS control capabilities in the new Japanese academic network, SINET3. SINET3 is a nationwide QoS-aware multi-layer network for more than 700 universities and research institutions and provides a variety of high-quality network services including packet-based QoS services and circuit-based bandwidth-on-demand services. These diversified network services are provided by effectively combining layer-1 switches with layer-2 multiplexing and IP/MPLS routers. This paper first explains how the network accommodates a wide variety of network services such as multilayer and VPN services. It next defines the QoS classes, clarifies QoS control capabilities for packet and circuit-based services, and shows evaluation results for an experimental environment reflecting actual network conditions. The paper focuses on actual implementations over the nationwide network composed of 75 layer-1 switches and 12 IP/MPLS routers.
在SINET3中QoS控制能力的实现
本文介绍了日本新型学术网络SINET3的QoS控制能力。SINET3是面向全国700多所高校和研究机构的支持QoS的多层网络,提供多种高质量的网络服务,包括基于分组的QoS服务和基于电路的带宽按需服务。通过将一层交换机与二层复用和IP/MPLS路由器有效结合,提供多样化的网络服务。本文首先解释了网络如何适应各种网络业务,如多层和VPN业务。然后定义了QoS类,阐明了分组和基于电路的业务的QoS控制能力,并给出了反映实际网络条件的实验环境的评估结果。本文的重点是在由75个一层交换机和12个IP/MPLS路由器组成的全国网络上的实际实现。
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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