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作 者:王斌[1] 葛迪[1] 李峙[1] 李京辉 Wang Bin;Ge Di;Li Zhi;Li Jinghui(Smart Network Centre of China United Network Communications Group Co.,Ltd.,Beijing 100033,China)
机构地区:[1]中国联合网络通信有限公司智能网络中心,北京100033
出 处:《邮电设计技术》2020年第5期27-30,共4页Designing Techniques of Posts and Telecommunications
摘 要:随着网络的发展,基于SA组网的5GC网络部署已被排上日程,三大运营商已经开展了相关网络建设和试商用。在如今的大数据时代,数据表现出了更大的价值,电信网络大数据在保障网络质量运行、业务分析、用户行为偏好分析、疫情防控、提高社会服务能力等多方面提供了无法替代的数据能力。由于5G网络的虚拟化演进、软硬件解耦、VNF大规模应用及部署模式的改变,传统的信令采集方法已经不适用于5G网络,介绍了实现基于SA组网的5GC网络的信令数据采集方法,分析了软采和硬采的区别与联系,并对相关信令采集组网进行了详细阐述。With the development of the network,5GC network deployment based on SA networking has been scheduled,and the three major operators in China have started relevant network construction and commercial trials. In today’s big data era,data has shown greater value,and telecom big data provides irreplaceable data capabilities in many aspects,such as ensuring network quality operation,business analysis,user behavior preference analysis,epidemic prevention and control,and improving social service capabilities. Due to the evolution of 5G network virtualization,decoupling of software and hardware,large-scale application of VNF and changes in deployment modes,the traditional signaling collection methods are no longer suitable for5G networks. It introduces how to implement a signaling data collection method for 5GC networks based on SA networking,and describes the differences and connections between soft and hard mining,and elaborates on the related signaling acquisition networking.
分 类 号:TN915[电子电信—通信与信息系统]
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