一个可扩展的虚拟可编程实时测试平台,用于快速创建和评估多媒体服务

Christian Bachmeir, P. Tabery, Serdar Uzumcu, E. Steinbach
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引用次数: 3

摘要

本文介绍了一种灵活、通用的基于internet的多媒体应用测试平台。我们的方法将可编程网络技术与仿真网络环境相结合,提供了一个虚拟可编程测试平台(VPT)。在这项工作中,我们展示了VPT非常适合于分布式多媒体应用程序的快速创建和评估。与之前提出的测试平台解决方案相比,我们的方法有三个优点:首先,处理IP数据报的软件,即所谓的原子模块,仅依赖于部署的可编程平台,使其可重用。其次,同时加载几个原子模块可以方便地设置定制的测试环境,例如,通道模型。第三,正在开发的应用程序可以在早期阶段在各种网络条件(故障、拥塞等)下进行测试。基于我们的VPT,分布式多媒体服务可以在模拟环境中快速和经济地创建和评估,而无需昂贵和复杂的硬件设置。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A scalable virtual programmable real-time testbed for rapid multimedia service creation and evaluation
In this paper we describe a new flexible and universally applicable testbed for Internet-based multimedia applications. Our approach combines the technology of programmable networks with emulated network environments and delivers a virtual programmable testbed (VPT). In this work we show that a VPT is well suited for rapid creation and evaluation of distributed multimedia applications. There are three advantages of our approach compared to previously proposed testbed solutions: first, the software for processing IP datagrams, so called atomic modules, only depends on the programmable platform deployed, making it reusable. Second, loading several atomic modules concurrently allows the easy setup of customized test environments, e.g., channel models. Third, the application being developed can be tested under various network conditions (failures, congestion, etc.) at an early stage. Based on our VPT, distributed multimedia services can be created and evaluated both fast and economically in emulated environments without expensive and complex hardware setup.
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