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Take Your VNF to the Gym: A Testing Framework for Automated NFV Performance Benchmarking

机译:将VNF带到体育馆:自动NFV性能基准测试的测试框架

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摘要

A VNF is a software entity to be run in diverse execution environments with variable configuration options and capabilities (e.g., hardware acceleration) impacting performance. NFV resource multiplexed infrastructures can impose hard-topredict relationships between VNF performance metrics (e.g., latency, frame loss), the underlying allocated resources (e.g., units of vCPU), and the overall system workload. Characterized by many-fold platform configuration and environment variables, the evolving scenario of NFV calls for adequate testing methodologies embracing modern continuous development and integration practices and leveraging open source tools and mindset. To this end, we introduce Gym as our proposed testing framework and methodology for automated NFV performance benchmarking. We present our design principles and the outcomes from a practical validation on a vIMS scenario. A discussion of the lessons learned and the overall NFV performance testing landscape are further contributions of this article.
机译:VNF是要在各种执行环境中运行的软件实体,其可变的配置选项和功能(例如,硬件加速)会影响性能。 NFV资源多路复用基础结构可以在VNF性能指标(例如,延迟,帧丢失),基础分配的资源(例如,vCPU的单位)和整个系统工作负载之间施加硬顶预测关系。以多种平台配置和环境变量为特征,不断发展的NFV场景要求采用现代连续开发和集成实践并利用开源工具和思维方式的适当测试方法。为此,我们将Gym作为自动NFV性能基准测试的建议测试框架和方法。我们介绍了我们的设计原则以及在vIMS场景中进行实际验证的结果。对经验教训的讨论以及整个NFV性能测试的情况是本文的进一步贡献。

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