OpenBox:在Middlebox应用中实现创新

A. Bremler-Barr, Yotam Harchol, David Hay
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引用次数: 24

摘要

当代网络包含许多不同类型的中间盒,它们执行各种高级网络功能。目前,一个特殊的盒子是量身定制的,以提供每个这样的功能。这些特殊的盒子通常是专有的,运营商对它们的控制仅限于每个盒子的提供商定义的一组功能。尽管如此,许多中间盒执行非常相似的任务。在本文中,我们介绍了OpenBox:一个逻辑集中的框架,使高级数据包处理和监控更容易,更快,更具可扩展性,灵活性和创新性。OpenBox将中间件的控制平面与其数据平面解耦,并使用称为服务实例的实体统一多个中间件应用程序的数据平面。在集中控制平面之上,每个人都可以开发OpenBox应用程序。OpenBox应用程序以前是作为一个独立的中间盒实现的,它指示数据平面如何处理数据包以实现其预期的功能。OpenBox服务实例位于数据平面,根据控制平面定义的策略处理报文。它们可以在软件中实现,也可以使用专门的硬件。
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OpenBox: Enabling Innovation in Middlebox Applications
Contemporary networks contain many different kind of middleboxes that perform variety of advanced network functions. Currently, a special box is tailored to provide each such function. These special boxes are usually proprietary, and operators control over them is limited to the set of capabilities defined by the provider of each box. Nonetheless, many middleboxes perform very similar tasks. In this paper we present OpenBox: a logically-centralized framework that makes advanced packet processing and monitoring easier, faster, more scalable, flexible, and innovative. OpenBox decouples the control plane of middleboxes from their data plane, and unifies the data plane of multiple middlebox applications using entities called service instances. On top of the centralized control plane everyone can develop OpenBox applications. An OpenBox application, formerly implemented as a separate middlebox, instructs the data plane how to process packets in order to achieve its intended function. OpenBox service instances reside in data plane and process packets according to policies defined by the control plane. They can be implemented in software or use specialized hardware.
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