开放智能无线网络架构和平台设计研究

Exploring the Design of an Open Intelligent Wireless Network Architecture and Platform

随着5G与行业应用的深度融合,千行百业对5G网络提出了定制化、智能化和敏捷响应的新需求。为了应对这些挑战,从无线网络智能化演进的角度提出了开放智能无线网络架构,设计了基于云原生的开放无线智能控制平台架构、功能、接口和关键流程。提出的架构和平台设计通过开放的标准接口和基于容器的虚拟化技术,支持无线智能应用x App的灵活部署,赋予5G网络可编程的柔性特征,更好实现无线网络能力定制。结合典型的视频业务场景开展测试,实验表明,利用开放无线智能控制平台加载基于人工智能的可用带宽预算法,可实现网业协同和实时视频码率优化,有效提升用户的业务体验。

With the deep integration of 5G and industry applications,various industries have put forward new requirements for customized,intelligent,and agile responses from the 5G network.To address these challenges,an open intelligent wireless network architecture is proposed from the perspective of wireless network intelligence evolution.Based on cloud-native design principles,an open wireless intelligent control platform architecture,functions,interfaces,and key processes are designed.The proposed architecture and platform design support flexible deployment of wireless intelligent xApp through open standard interfaces and container-based virtualization technology,endowing 5G networks with programmable and flexible characteristics to achieve customized wireless network capabilities.Tests conducted in typical video service scenarios show that by using the open wireless intelligent control platform to load AI-based available bandwidth budget algorithms,network and industry collaboration and realtime video bitrate optimization can be achieved,effectively improving user experience.