Low-latency multimedia streaming using Open Networking Environments

Andreas Schmidt, T. Lange, T. Herfet
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引用次数: 2

Abstract

Traditional services like video broadcast and telephony are more and more implemented on general-purpose networks. This is usually the Internet, which has different properties compared to special-purpose infrastructures as the public switched telephone network. This paper highlights three major causes why this migration is currently providing user experiences that are worse than with traditional networks. In particular, challenges caused by changed latency characteristics are addressed. For every cause, approaches are highlighted to tackle them, including novel transport protocols as well as paradigms to optimize transmissions at the network core. A presentation of new network infrastructures following the concept of Software-Defined Networking (SDN) completes the picture and allows to implement flow-oriented forwarding. Finally, the Open Networking Testbed operated by the Telecommunications Chair at Saarland University is presented, including its means to evaluate novel protocols, paradigms, and concepts in a controlled and realistic environment. Having international partners in place, it is possible to test new approaches on a global scale.
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使用开放网络环境的低延迟多媒体流
视频广播和电话等传统业务越来越多地在通用网络上实现。这通常是因特网,与公共交换电话网等专用基础设施相比,它具有不同的属性。本文强调了为什么这种迁移目前提供的用户体验比传统网络更差的三个主要原因。特别地,解决了由延迟特性变化引起的挑战。对于每个原因,都强调了解决这些问题的方法,包括新的传输协议以及优化网络核心传输的范例。遵循软件定义网络(SDN)概念的新网络基础设施的演示完成了这幅图,并允许实现面向流的转发。最后,介绍了萨尔大学电信主席运营的开放式网络试验台,包括在受控和现实环境中评估新协议、范式和概念的方法。有了国际合作伙伴,就有可能在全球范围内测试新方法。
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