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Experience with an IP QoS Physical Testbed: Problems and Research Issues

机译:具有IP QoS物理测试的体验:问题和研究问题

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Broadband and Wireless Networking Laboratory Next Generation Internet testbed is setup in collaboration with NASA Qbed for prototyping the emerging QoS networking technologies. Internet2's backbone network, Abilene, is used to connect the BWN testbed with several others spread throughout USA. The testbed has been setup to support MPLS Traffic Engineering and Differentiated Services. Experiments have been conducted to gain a better understanding and evaluate the performance of the current protocols to facilitate their deployment in operational networks. We have proposed new schemes for improving end-to-end QoS guarantees and are studying the advantages and disadvantages of using DiffServ and MPLS in a heterogeneous traffic environment. The research will help next generation routers to recognize multimedia traffic types and their QoS expectations not only by research but also experimentally on the physical testbed.
机译:宽带和无线网络实验室下一代互联网测试平台是与NASA QBED的协作设置的,用于对新兴的QoS网络技术进行原型。 Internet2的骨干网,Abilene,用于将BWN测试的BWN连接,其中几个其他人在美国涂抹。测试用纸板已设置为支持MPLS流量工程和差异化服务。已经进行了实验以获得更好的理解和评估当前协议的表现,以促进其在运营网络中的部署。我们提出了提高端到端QoS保证的新计划,并正在研究在异构交通环境中使用DiffServ和MPLS的优缺点。该研究将帮助下一代路由器识别多媒体流量类型及其QoS期望不仅是通过研究,而且还在实验上实验物理测试。

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