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Evaluation of virtualization and traffic filtering methods for container networks

机译：容器网络的虚拟化和流量过滤方法评估

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Future distributed scientific applications will rely on containerization for data handling and processing. Likewise, emerging digital marketplaces will be built using these technologies. In particular, support for multi-tenancy will be a major requirement. The question is whether container networking is already mature enough to support the level of usability required in these environments.With the work we present here we set out to experiment and evaluate three novel technologies that support addressing and filtering in container overlays: EVPN, ILA and Cilium/eBPF. We show that it is possible to integrate ILA and eBPF to support dynamic connections between containers. We describe performance testing of filtering operations with Cilium/eBPF and the initial demonstration of ILA showcased during the 2017 SuperComputing conference.All the experiments presented in this article identify the basic building blocks for the much needed container networking multi-tenancy. (C) 2018 Elsevier B.V. All rights reserved.
机译：未来的分布式科学应用将依靠容器化来处理和处理数据。同样，将使用这些技术建立新兴的数字市场。特别是，对多租户的支持将是主要要求。问题是容器网络是否已经足够成熟以支持这些环境中所需的可用性水平。通过本文的工作，我们开始尝试和评估三种支持容器覆盖中的寻址和过滤的新颖技术：EVPN，ILA和Cilium / eBPF。我们表明可以集成ILA和eBPF来支持容器之间的动态连接。我们描述了使用Cilium / eBPF进行过滤操作的性能测试以及在2017年超级计算会议上展示的ILA的初步演示。本文介绍的所有实验均确定了急需的容器网络多租户的基本构建模块。 （C）2018 Elsevier B.V.保留所有权利。

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