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Revive: A Reliable Software Defined Data Plane Failure Recovery Scheme

机译:Revive:可靠的软件定义数据平面故障恢复方案

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In Software-Defined Networking (SDN) links and switches (nodes) from data plane suffer from failure and impact network operations. In the presence of such failures, switches can use reactive or proactive recovery scheme. In the reactive scheme, switches contact the controller after detecting a link failure to get a backup route setup; whereas, switches locally redirect the traffic to the backup route without controller's intervention in the case of the proactive scheme. In this paper, we propose a hybrid recovery scheme, called Revive, where the controller proactively installs backup routes only in a subset of the switches between a source-destination pair. In addition, we judicially configure the routes in Revive to meet the application and the reliability demand while efficiently utilize the network resources. Extensive experimental results in Mininet using real topologies illustrate the benefits of Revive compared to its counterparts.
机译:在软件定义网络(SDN)中,数据平面中的链路和交换机(节点)遭受故障并影响网络运行。在出现此类故障时,交换机可以使用被动或主动恢复方案。在无功方案中,交换机在检测到链路故障后与控制器联系,以建立备用路由。而在主动方案的情况下,交换机在本地将流量重定向到备用路由,而无需控制器的干预。在本文中,我们提出了一种称为Revive的混合恢复方案,其中控制器仅在源-目标对之间的交换机子集中主动安装备用路由。此外,我们在Revive中合理配置路由,以在有效利用网络资源的同时满足应用程序和可靠性需求。 Mininet使用真实拓扑的大量实验结果说明了Revive与同类产品相比的优势。

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