5G通信中传输技术的应用

Application of Transmission Technology in 5G Communication

目前提出的传输技术可承载超实时用户数量较少,导致平均时延过长。针对5G通信中传输技术的应用进行研究,分析在引入传输技术后,5G通信的传输网络资源控制效果,判断资源分配和资源预留,以传输技术为基础,遵循解耦原则,构建网络资源的控制架构,嵌入i.MX6ULL控制器,实现对网络信息资源和内容的具体标识与分析,并控制在特定海量场景下的资源分配和资源预留管理。实验结果表明,应用传输技术后,5G通信可承载超实时用户数量增加,平均时延得到有效减少。

The currently proposed transmission technology can carry a small number of ultra-real-time users,resulting in an excessively long average delay.Research on the application of transmission technology in 5G communication,analyze the transmission network resource control effect of 5G communication after the introduction of transmission technology,determine resource allocation and resource reservation,based on transmission technology,follow the principle of decoupling,and build network resources The control architecture is embedded with the i.MX6ULL controller to realize the specific identification and analysis of network information resources and content,and control the resource allocation and resource reservation management in specific massive scenarios.Experimental results show that with the addition of map transmission technology,the number of ultra-real-time users that can be carried by 5G communication increases,and the average delay is effectively reduced.