6G通信计算融合关键技术研究
Research on 6G Communication and Computing Convergence Technologies
周吉喆 1杜滢 1汪广超 1张晶1
作者信息
- 1. 中国信息通信研究院,北京 100191
- 折叠
摘要
面向6G业务性能极致化与能力融合化需求,通信与计算融合成为6G网络的演进趋势.当前,移动通信网算力调度模式单一,且网络与算力状态动态变化,存在通算资源供给与业务需求难以匹配的问题.针对上述挑战,分析通算融合的国内外研究进展,阐明通算融合的发展特征,并提出通算融合在评价体系、控制与调度、服务与开放等方面的关键技术,从而满足6G多样化的业务需求,提升未来网络的运行效率.
Abstract
Facing the demands for extreme service performance and the integration of various capabilities,communication and computing convergence(CNC)has become the evolution trend of 6G networks.Currently,the scheduling scheme of computing resources is solid while the status of network and computing resources changing dynamically,which poses a mismatch between communication and computing resource supply and service demands.According to this challenge,it analyzes the current domestic and abroad research progress of CNC,clarifies the CNC development characteristics,and proposes the key technologies of CNC in the aspects of evaluation system,control and scheduling,and service and opening,in order to meet the various demands of 6G services,and to improve the future network efficiency.
关键词
6G/通算融合/资源管理Key words
6G/Communication and computing convergence/Resource management引用本文复制引用
基金项目
国家自然科学基金项目(62371072)
青年人才托举工程(2023QNRC001)
出版年
2024
NETL
NSTL
万方数据