使用Gym进行自动VNF测试:一个基准测试用例

R. V. Rosa, Christian Esteve Rothenberg
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引用次数: 6

摘要

在虚拟化技术的推动下,虚拟化网络功能(VNF)开发过程和方法不断发展,无数的定制选项揭示了前所未有的软件/硬件配置问题和危险。底层执行环境使资源复用,使VNF性能指标(如延迟)、分配的基础设施资产(如vCPU)和刺激工作负载之间的关系难以预测。Gym是一个框架,旨在实现自动化测试,并通过VNF性能配置文件提取这些关系,通过因果关系的路径走向NFV的敏捷DevOps方法。该演示通过对分析用例的VNF指标的实时提取来展示Gym的实现,例如物理网络功能和预部署基础设施维度之间的比较因素。
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Automated VNF Testing with Gym: A Benchmarking Use Case
In the growing landscape of Virtualized Network Function (VNF) development processes and methodologies fueled by enabling technologies for virtualization, the myriad of customization options unveil unprecedented SW/HW configuration knobs and hazards. Underlying execution environments multiplex resources imposing hard-to-predict relationships between VNF performance metrics (e.g., latency), allocated infrastructure assets (e.g., vCPU), and stimuli workloads. Gym is a framework designed to enable automated testing and to extraction of such relationships by the means of VNF performance profiles, walking through a cause-effect path towards agile DevOps methodologies for NFV. The demo showcases the implementation of Gym through exemplified live extraction of VNF metrics for analytics use cases, such as comparison factors between physical network functions and pre-deployment infrastructure dimensioning.
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