内容导读随着5G网络的广泛部署与应用,全球通信产业正迈入以智能化、泛在化、绿色化为核心特征的6G发展新阶段。6G不仅聚焦于极致的通信性能提升,还承载着构建智慧社会、推动产业数字化转型的使命。在这一背景下,物联网(Internet of Thi...内容导读随着5G网络的广泛部署与应用,全球通信产业正迈入以智能化、泛在化、绿色化为核心特征的6G发展新阶段。6G不仅聚焦于极致的通信性能提升,还承载着构建智慧社会、推动产业数字化转型的使命。在这一背景下,物联网(Internet of Things,IoT)作为“万物互联”的核心支撑技术,正朝着更大规模、更高智能、更强感知的方向演进,二者的深度融合成为引领未来通信技术发展的关键动力。展开更多
The rapid growing data traffic brings more and more pressure to the wireless networks,which is predicted to increase by over 10,000 times in the next 20 years.However,currently,there is still large number of populatio...The rapid growing data traffic brings more and more pressure to the wireless networks,which is predicted to increase by over 10,000 times in the next 20 years.However,currently,there is still large number of population without coverage of mobile service.In addition to the issue of coverage,future wireless networks also need to guarantee the service continuity for emerging services such as Machine-to-Machine and Internet of Things.展开更多
文摘内容导读随着5G网络的广泛部署与应用,全球通信产业正迈入以智能化、泛在化、绿色化为核心特征的6G发展新阶段。6G不仅聚焦于极致的通信性能提升,还承载着构建智慧社会、推动产业数字化转型的使命。在这一背景下,物联网(Internet of Things,IoT)作为“万物互联”的核心支撑技术,正朝着更大规模、更高智能、更强感知的方向演进,二者的深度融合成为引领未来通信技术发展的关键动力。
文摘The rapid growing data traffic brings more and more pressure to the wireless networks,which is predicted to increase by over 10,000 times in the next 20 years.However,currently,there is still large number of population without coverage of mobile service.In addition to the issue of coverage,future wireless networks also need to guarantee the service continuity for emerging services such as Machine-to-Machine and Internet of Things.
