摘要
在传统网络设备的运维模式下,某工业企业存在着整体控制力差、对不同业务流以及异常流量无法提前检测诊断等问题。从大数据通信需求出发,对网络架构进行优化,设计了基于软件定义网络(Software Defined Network,SDN)技术的IP+光网络大数据通信网络架构。通过实际应用,优化后的架构可以快速对IP层的流量进行疏导,优化分配并合理利用网络资源,与业务资源实现更高效的配合,全面提高网络业务的承载能力。
Under the traditional operation and maintenance mode of network equipment,there are some problems in an industrial enterprise,such as poor overall control,failure to detect and diagnose different business flows and abnormal traffic in advance.Starting from the requirements of big data communication,the network architecture is optimized,and the IP+optical network big data communication network architecture based on Software Defined Network(SDN)technology is designed.Through practical application,the optimized architecture can quickly dredge the traffic of IP layer,optimize the allocation and rational use of network resources,achieve more efficient cooperation with business resources,and comprehensively improve the carrying capacity of network services.
作者
白扬
BAI Yang(Xishan Coal Power(Group)Co.,Ltd.,Big Data Center,Taiyuan 030053,China)
出处
《通信电源技术》
2023年第6期147-149,共3页
Telecom Power Technology
关键词
大数据
通信网
软件定义网络(SDN)技术
big data
communication network
Software Defined Network(SDN)technology
