摘要
低空经济作为国家战略性新兴产业,亟需高可靠、低时延、广覆盖、高精度的通信网络支撑。文章基于5G-A通感一体化技术,系统研究了其在低空经济场景下的组网架构与关键技术路径。通过分析无人机物流、空中交通管理等典型应用对通信网络的性能需求,文章提出了分层网络架构,提供了服务低空经济的通感一体化基站与天地协同组网的可选方案。所提方案有效解决了低空通信覆盖不足、频谱资源紧张等痛点,为低空经济的规模化发展提供技术保障。
As a national strategic emerging industry,the low-altitude economy urgently requires the support of a communication network with high reliability,low latency,wide coverage,and high precision.Based on the 5G-A integrated sensing technology,this paper systematically studies its networking architecture and key technical paths in the low-altitude economy scenario.By analyzing the performance requirements of typical applications such as drone logistics and air traffic management for communication networks,a hierarchical network architecture is proposed,providing an optional solution for integrated sensing base stations serving the low-altitude economy and coordinated networking between the ground and the sky.The proposed solution can effectively address pain points such as insufficient low-altitude communication coverage and tight spectrum resources,providing the technical support for the large-scale development of the low-altitude economy.
作者
张德君
ZHANG Dejun(Guangdong Planning and Designing Institute of Telecommunications Co.,Ltd.,Guangzhou 510630,China)
出处
《无线互联科技》
2025年第9期94-99,共6页
Wireless Internet Science and Technology
关键词
低空经济
5G-A
通感一体化
网络规划
low-altitude economy
5G-A
integrated sensing and communication
network planning
