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A Web Service- and ForCES-Based Programmable Router Architecture

机译:基于Web服务和强制的可编程路由器架构

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Programmable networks have accentuated the need for a clear separation of the control and forwarding planes. The IETF ForCES protocol allows control elements to be connected to logically separated forwarding elements. The FlexiNET IST project relies on dynamic service deployment, which requires router programmability in the control and/or forwarding planes. Moreover, to shorten the implementation and deployment time of control elements, there is a need for simple higher-level APIs that shield such elements from ForCES protocol and model details. This paper proposes a ForCES CE Gateway (ForCEG) architecture that fulfills these requirements and maps Web Service interfaces to ForCES messages while checking the validity of commands to ensure consistency of the router state.
机译:可编程网络强调了对控制和转发飞机的清晰分离的需要。 IETF强制协议允许控制元素连接到逻辑上分离的转发元件。 FlexInet IST项目依赖于动态服务部署,这需要控制和/或转发平面中的路由器可编程性。此外,为了缩短控制元素的实现和部署时间,需要简单的高级API,其屏蔽来自强制协议和模型细节的这些元素。本文提出了一个强制CE网关(ForceG)架构,该架构满足这些要求,并在检查命令的有效性时映射Web服务接口以迫使消息以确保路由器状态的一致性。

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