配置高速链路的DiffServ路由器

A. Banchs, S. Tartarelli, F. Orlandi, Shohei Sato, Kazutomo Kobayashi, H. Pan
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引用次数: 6

摘要

互联网现在被广泛期望成为社会重要的通信基础设施,因此,仅仅能够提供连接已不再足够。对通信服务质量(QoS)的要求越来越高。作为提供QoS服务的新框架,DiffServ正在IETF进行快速的标准化过程。DiffServ不仅可以提供分层的服务,还可以在一定程度上提供有保证的QoS。但是,为了提供这种QoS,必须正确配置DiffServ;为了确定这种正确的配置,需要更深入地了解DiffServ及其与不同流量类型(特别是TCP)的交互。然而,虽然过去的很多工作都集中在理解DiffServ在低速链路上的行为,但在高速链路上投入的工作要少得多。本文主要讨论高速diffserver路由器的配置问题。我们重用了作者之前关于DiffServ配置的工作,并运行了一组详尽的高速链路模拟。我们观察到,相对于以前的低速链接工作,结果行为存在实质性差异。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Configuration of DiffServ routers for high-speed links
The Internet is now widely expected to become an important communication infrastructure of society, and therefore it is no longer sufficient to simply be able to provide connections. A higher quality of service (QoS) in communications is increasingly being required. As a new framework for providing QoS services, DiffServ is undergoing a speedy standardization process at the IETF. DiffServ not only can offer a tiered level of services, but can also provide guaranteed QoS to a certain extent. In order to provide this QoS, however, DiffServ must be properly configured; to determine this proper configuration, a deeper understanding of DiffServ and its interaction with the different traffic types (specially TCP) is required. However, while much work in the past has focused on understanding the behavior of DiffServ with low-speed links, much less work has been invested for high-speed links. In this paper, we take up the subject of configuring high-speed DiffServ routers. We reuse previous work of the authors on DiffServ configuration and run an exhaustive set of simulations with high-speed links. We observe substantial differences in the resulting behavior with respect to previous work for low-speed links.
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