摘要
5G赋能工业互联网为工厂数字化、智能化、无人化提供了基础,但是也对网络提出了协同感知、通过感知信息的分布式协同传输与决策、通信精准QoS保障的要求,从而实现智能化生产与控制。针对工业互联网中的新型业务场景与网络的需求,提出了通信感知计算融合在工业互联网中的愿景,对通感一体化、通感算一体化的网络架构与协同机制和通感算一体化能力开放等部分关键技术挑战进行了阐述,并简要介绍了高精度定位、设备/环境管理、云化控制等潜在工业应用场景。
5G enables Industrial Internet to provide the foundation for digital,intelligent and unmanned factories. But it also puts forward the demands of collaborative sensing,distributed collaborative transmission and decision of sense information,and accurate communication QoS guarantee,so as to realize the requirements of intelligent production and control. In view of the new business scenarios and network demands in Industrial Internet,the vision of convergence of communication sensing and computing in Industrial IoT is proposed. Then the key technology challenges such as the network architecture and collaborative mechanism of integration of communication,sensing and calculation and ability opening are described. At last,the potential industrial application scenarios are briefly introduced,such as the high precision positioning,equipment/environment management,clouded industrial control.
作者
裴郁杉
唐雄燕
黄蓉
李瑞华
Pei Yushan;Tang Xiongyan;Huang Rong;Li Ruihua(China Unicom Research Institute,Beijing 100048,China)
出处
《邮电设计技术》
2022年第3期14-18,共5页
Designing Techniques of Posts and Telecommunications
关键词
通信
感知
计算
通感算一体化
工业互联网
Communication
Sensing
Computing
Convergence of communication sensing and computing
Industrial Internet
