PEERING: virtualizing BGP at the edge for research

PEERING: virtualizing BGP at the edge for research
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对等:在边缘虚拟化 BGP 以进行研究

DOI:
10.1145/3359989.3365414
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发表时间:
2019
期刊:
CoNEXT '19: Proceedings of the 15th International Conference on Emerging Networking Experiments And Technologies
影响因子:
--
通讯作者:
Katz-Bassett, Ethan
Katz-Bassett, Ethan
中科院分区:
--
文献类型:
--
作者:
Schlinker, Brandon;Arnold, Todd;Cunha, Italo;Katz-Bassett, Ethan

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互联网路由研究长期以来一直受到阻碍的障碍,执行广泛的实验,必要的问题和机会的特点,并评估候选解决方案。先前的工作提出了一个平台,将提供实验与互联网连接的AS的控制。然而,由于BGP本身不支持多路复用或必要的安全策略,建立这样一个平台,以前的作品最终无法实现这一view.We提出对等,一个社区平台,提供多个平行的实验,控制和可见性相当于直接操作一个生产AS。对等是建立在vBGP之上的,我们的设计用于虚拟化BGP边缘路由器的数据和控制平面,同时实施安全策略,以防止实验破坏互联网和彼此。通过Peering,实验在质量上类似于云提供商的环境中运行,并且可以与世界各地的数百个相邻网络和更广泛的互联网交换路由和流量。迄今为止,Peering丰富的连接性和灵活性使其能够支持安全、流量工程和路由策略等关键研究领域的40多项实验和15篇出版物。
Internet routing research has long been hindered by obstacles to executing the wide class of experiments necessary to characterize problems and opportunities, and evaluate candidate solutions. Prior works proposed a platform that would provide experiments with control of an Internet-connected AS. However, because BGP does not natively support multiplexing or the requisite security policies for building such a platform, prior works were ultimately unable to realize this vision.We present Peering, a community platform that provides multiple parallel experiments with control and visibility equivalent to directly operating a production AS. Peering is built atop vBGP, our design for virtualizing the data and control planes of a BGP edge router while simultaneously enforcing security policies to prevent experiments from disrupting the Internet and each other. With Peering, experiments operate in an environment qualitatively similar to that of a cloud provider, and can exchange routes and traffic with hundreds of neighboring networks and the broader Internet at locations around the world. To date, Peering's rich connectivity and flexibility have enabled it to support over 40 experiments and 15 publications in key research areas such as security, traffic engineering, and routing policies.
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