Design and implementation of a prototype of the entity Control Element (CE) of the Architecture ForCES

Pedro Luis González Ramírez, Susan Martínez-Cordero, Jaime Lloret, Luis Carlos Trujillo Arboleda
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Abstract

This paper presents the designed an implementation of a prototype with the Forwarding and Control Element Separation (ForCES) Architecture. That is to say, which allows each of the elements to be improved separately and then interconnected through the ForCES protocol, even in remote locations. The Control Element (CE) is the logical entity that is part of the control plane and is responsible for managing Forwarding Elements (FE) of the data plane. The ForCES architecture allows you to see these two elements (the CE and the FE through the ForCES protocol) as a single Network Element (NE), even if they are located in remote sites each. To demonstrate this principle, a network testbed scenario was implemented, based on two Local Area Networks (LAN). The LAN 1, for the CEs and the LAN 2 for the FEs, once communicated through the ForCES protocol, the different LFBs configurations of the ARP, SNMP, RIP protocols were used to demonstrate their operation.
架构力的实体控制元素(CE)原型的设计和实现
本文设计了一个具有转发和控制元素分离(力)架构的原型。也就是说,它允许单独改进每个要素,然后通过部队协议相互连接,即使在偏远地区也是如此。CE (Control Element)是控制平面的逻辑实体,负责管理数据平面的转发元素(Forwarding Element)。ForCES体系结构允许您将这两个元素(通过ForCES协议的CE和FE)视为单个网络元素(NE),即使它们各自位于远程站点。为了演示这一原理,实现了一个基于两个局域网(LAN)的网络试验台场景。LAN 1(用于ce)和LAN 2(用于fe)通过force协议进行通信后,使用ARP、SNMP、RIP协议的不同lfb配置来演示它们的操作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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