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5G核心网UDM架构并发优化设计

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针对free5GC中UDM非并发架构设计在uRLLC、eMBB业务负载非常重时时延大问题,提出了基于开源free5GC的UDM并发架构优化改进设计,以提高UDM并发处理能力,降低时延,从而提高核心网整体性能,增强uRLLC、eMBB等业务处理能力.使用开源free5GC的仿真测试表明:在uRLLC、eMBB业务类型,2~3个业务并发请求下,UDM并发架构相比非并发架构,在本地虚拟机环境下有26.6%~49.2%的时间性能提高,在CS Lab服务器环境下有44.19%~63.3%的时间性能提高.
Concurrent Optimization Design of UDM Architecture for 5G Core Network
In order to solve the problem of UDM non-concurrent architecture design in free5GC,when uRLLC and eMBB are under heavy load,the time delay of UDM architecture is very large,this paper presents an improved design of UDM concurrent architecture based on open source free5GC,which can improve the concurrent processing capability of UDM,reduce the latency and improve the overall performance of the Core network,enhanced business processing capabilities such as uRLLC and eMBB.Simulation tests using open source free5GC show that under uRLLC,eMBB business type,and 2~3 business concurrent requests,the UDM concurrent architecture achieves 26.6%~49.2%time performance improvements compared with the non-concurrent architecture in the local virtual machine environment,there were 44.19%~63.3%time performance improvements in the CS Lab server environment.

5GUDM architectureconcurrency

蔡卫红、李聪

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湖南邮电职业技术学院,湖南 长沙 410015

5G UDM架构 并发

2024

湖南邮电职业技术学院学报
长江通信职业技术学院

湖南邮电职业技术学院学报

影响因子:0.424
ISSN:2095-7661
年,卷(期):2024.23(4)