用于软件定义网络的快速故障转移机制:基于OpenFlow

N. Sahri, K. Okamura
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引用次数: 25

摘要

必须实施路径保护和恢复机制,以提供可靠的网络。当网络中出现链路故障时,OpenFlow控制器可以计算出一条新的备份路径,并将信息提供给受影响的节点,或者节点可以根据OpenFlow控制器提供的预定义备份路径表在本地切换到备份路径。与按需建立备份路径相比,设置预定义的备份路径可以节省更快的切换时间。但是,这可能导致使用非最优备份路径。在本文中,我们提出了一种快速有效的故障转移机制,用于当存在链路故障或拥塞问题时将流量重定向到最优路径。我们的方法利用交换流条目过期特性将流量重路由到备份路径,并在OpenFlow交换机中使用额外的缓冲区来减少交换延迟和丢包。
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Fast failover mechanism for software defined networking: OpenFlow based
Path protection and restoration mechanism must be implemented to provide a reliable network. Whenever there is a link failure in the network, OpenFlow controller can react by computing a new backup path and provide the information to the affected node or the node can switch to backup path locally using the predefined backup path table provided by the OpenFlow controller. Setting predefined backup paths, results in a faster switching time compared to backup path that establish on demand. However, it may lead to the use of non-optimal backup path. In this paper, we present a fast and efficient failover mechanism for redirecting traffic flows to optimal path when there is a link failure or congestion problem. Our method uses the switch flow entry expiry feature to reroute traffic to backup path and additional help of buffer in OpenFlow switches to reduce switching delay and packet loss.
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