摘要
研究探索基于5G网络切片技术的终端业务动态资源分配方法,针对多样化终端业务对时延、能耗和服务质量的差异化需求,提出基于5G网络切片技术的终端业务动态资源分配方法(5G Network Slice-based Terminal Service Dynamic Resource Allocation Method,5G-TSDRAM)。该方法通过计算资源需求阈值、调整切片负载均衡、优化通信时延路径这3个关键步骤,解决终端业务在多切片环境下的资源竞争与分配问题。实验验证表明,所提方法在资源分配效率、终端业务响应时间、业务保障成功率及系统适应性等方面均达到预期目标,有效提高网络效率,改善用户体验。
This research explores a dynamic resource allocation method for terminal services based on 5G network slicing technology.To address the differentiated demands of diverse terminal services in terms of latency,energy consumption,and quality of service,the 5G Network Slice-based Terminal Service Dynamic Resource Allocation Method(5G-TSDRAM)is proposed.This method resolves resource competition and allocation issues for terminal services in multi-slice environments through 3 key steps:calculating resource demand thresholds,adjusting slice load balancing,and optimizing communication delay paths.Experimental validation demonstrates that the proposed method achieves expected goals in resource allocation efficiency,terminal service response time,service assurance success rate,and system adaptability,effectively enhancing network efficiency and user experience.
作者
吕文帅
LYU Wenshuai(Jinan Branch of Shandong Posts and Telecommunications Engineering Co.,Ltd.,Jinan 250000,China)
出处
《通信电源技术》
2025年第11期164-166,共3页
Telecom Power Technology
关键词
5G网络切片
动态资源分配
终端业务
5G network slicing
dynamic resource allocation
terminal services
作者简介
吕文帅(1987-),男,山东济南人,本科,工程师,主要研究方向为通信终端与业务。
