使用OpenDaylight和网络虚拟化实现安全性和可扩展性的软件定义网络自动化:一个网络企业案例

Aws Jaff
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引用次数: 1

摘要

软件定义网络SDN是一种将控制平面集中在一台设备上,数据平面(转发平面)集中在通过SDN协议连接和通信的其他设备上的技术,因此这些设备将从称为控制器的中央实体获得指令,从而有效地管理网络。控制器通常具有网络拓扑的全局视图,并且可以轻松地将任何管理策略广播到网络中的所有设备。SDN通过向世界各地的网络组织提供可互操作和可编程的网络服务,使最新的网络响应更快,管理更灵活。在这项工作中,针对其他场景调查了两个真正的关键场景,以显示SDN处理它们的能力。最后,结果表明所选择的实现特征在测试参数方面优于其他实现特征。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Software Defined Networking Automation Using OpenDaylight and Network Virtualization for security and scalability: a network enterprise case
Software Defined Network SDN is a technique that centralized the control plane in one device and the data plane (forward plane) in the other devices connected and communicated via SDN protocols, so these devices will get instructions from a central entity called a controller to manage the network efficiently. The controller generally has a global view of the network topologies and can broadcast any management policy to all devices in the network easily. SDN makes the recent network more responsive and flexibly managed by delivering interoperable and programmable network services to network organizations all around the world. In this work, two real critical scenarios were investigated against other scenarios to manifest the SDN ability to deal with them. Finally, results show that the opted implementation features are better than the others in term of testing parameters.
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