摘要
面向未来移动通信领域的无人机识别、脑机协同、XR、工业协作机器人等新兴移动业务场景,移动网络将成为集感知、计算和智能多要素能力于一体的创新平台,满足创新在移动网络基础设备内部实施。阐述了移动通信网络由5G向6G演进过程中,因为新兴的业务需求驱动,形成了通感融合、通智融合和通算融合领域技术分支,提出了一种6G通感算智一体化的架构,具备快速动态加载通感算智各种原子能力,实现多要素能力智能调度。并在此基础上,探讨了该架构在无人机识别和XR沉浸式通信两个典型应用场景的应用,以达到服务边界拓展和整体系统效率优化。
In the realm of future mobile communications,addressing emerging mobile services scenarios such as unmanned aerial vehicle(UAV)identification,brain-computer collaboration,extended reality(XR),and industrial collaborative robots,mobile networks are poised to evolve into innovative platforms that integrate sensing,computing,and intelligence to fulfill the innovation in the mobile network infrastructure.This paper elucidates the evolution of mobile communication networks from 5G to 6G,driven by the demands of emerging services,leading to the development of technical branches in integrated sensing and communication,intelligence and communication,and computing and communication.A novel architecture for 6G integrated sensing,computing,and intelligence is proposed,featuring rapid dynamic loading of various atomic capabilities for integrated sensing,computing,and intelligence,thereby enabling intelligent scheduling of multi-faceted capabilities.Building on this foundation,the paper explores the application of this architecture in two typical use cases:UAV identification and immersive communication in XR,aiming to expand service boundaries and optimize overall system efficiency.
作者
王卫斌
周建锋
毛磊
WANG Weibing;ZHOU Jianfeng;MAO Lei(ZTE Corporation,Nanjing 210012,China)
出处
《移动通信》
2024年第3期21-25,共5页
Mobile Communications
关键词
6G
通感算智一体化
智能调度
无人机
XR
系统效率优化
6G
communication sensing computing intelligent integration
UAV
XR
system efficiency optimization
