带内配置信道的自配置确定性网络

Peter Heise, Fabien Geyer, R. Obermaisser
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引用次数: 6

摘要

越来越多的工业系统依赖于实时通信网络。部署这种实时网络时的任务之一是需要配置它的所有部分,网络越大,配置就越复杂。虽然软件定义网络试图通过标准化接口简化配置,但它的配置主要是通过带外网络完成的。我们提出了一种实现有限配置时间的方法,通过引入一个安全的带内信道,该信道在消除带外连接的同时,在带内控制消息上强制执行流量特征。给出了一个关于如何根据可用网络容量和配置时间约束配置流量强制的模型,并使用Mininet中的概念验证实现对其进行了评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Self-configuring deterministic network with in-band configuration channel
More and more systems in industrial set-ups rely on real-time communication networks. One of the tasks when deploying such real-time networks is the need to configure all parts of it, which gets more complex the larger the network gets. While Software Defined Networking tries to simplify configuration through standardized interfaces, its configuration is mostly done through an out-of-band network. We present a way to achieve bounded configuration times, by introducing a safe in-band channel that enforces traffic characteristics on the in-band control message while getting rid of the out-of-band connection. A model on how to configure the traffic enforcement depending on available network capacity and configuration time constraints is given and evaluated using a proof-of-concept implementation in Mininet.
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