利用NDN和P4实现战术网络的有效流量管理

M. Refaei, Sean Ha, Robbie Starr, Matt Steele
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引用次数: 1

摘要

命名数据网络(NDN)是一种新兴的以数据为中心的网络范式,为战术网络提供了急需的高效和弹性通信模型。P4是一种编程语言,它允许在路由器和交换机的转发平面上定制数据包处理。在这项工作中,我们结合NDN和P4来构建战术网络中的流量管理架构。该体系结构定义了一个流量管理策略,该策略反映了任务目标,并将其存储在JSON中,作为命名数据对象。我们使用PSync在多个平台上同步策略,以确保策略的一致性。策略可以为给定的流量命名要采取的几个操作,例如DSCP标记、压缩和WAN加速,然后由实施引擎激活/配置。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Using NDN and P4 For Effective Traffic Management in Tactical Networks
Named Data Networks (NDN) is an emerging data centric networking paradigm that provides a much needed efficient and resilient communication model for tactical networks. P4 is a programming language that allows for customization of packet processing at the forwarding plane in routers and switches. In this work, we combine NDN and P4 to build an architecture for traffic management in tactical networks. The architecture defines a policy for traffic management that is reflective of mission objectives and stores it in JSON as Named Data objects. We use PSync to synchronize the policy across multiple platforms to ensure policy consistency. The policy can name several actions to take for a given traffic flow, such as DSCP marking, compression, and WAN acceleration, which are then activated/configured by an enforcement engine.
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