The architecture design and application of IP SDN controller system

Chuanming Zhu, Huiguang Chen, Jingwen Li
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Abstract

In the era of SDN/NFV technology, in order to meet the goal of cloud network convergence and cloud digital transformation, this paper proposes an IP SDN controller architecture design and implementation scheme. According to the characteristics of loose coupling and flexible deployment of each module, the system architecture of IP SDN controller is designed to realize the decoupling of four layers: application layer, service abstraction layer, core network function layer and protocol adaptation layer. In addition, as a common module, the plug-in development platform of the controller provides the micro-service governance, plug-in framework, continuous integration and continuous delivery tool chain involved in the above four layers. Through key capability research and development, deployment and implementation verification and technical standardization, IP SDN controller, as the core capability base of a new generation of cloud network operation system, enables cloud network integration.
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IP SDN控制器系统的体系结构设计与应用
在SDN/NFV技术时代,为了满足云网络融合和云数字化转型的目标,本文提出了一种IP SDN控制器架构设计与实现方案。根据IP SDN控制器的松耦合和各模块灵活部署的特点,设计了IP SDN控制器的系统架构,实现了应用层、服务抽象层、核心网功能层和协议适配层四层的解耦。此外,控制器的插件开发平台作为公共模块,提供了上述四层涉及的微服务治理、插件框架、持续集成和持续交付工具链。通过关键能力研发、部署实施验证和技术标准化,IP SDN控制器作为新一代云网络运营体系的核心能力基础,实现云网络融合。
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