空地一体化网络(AGIN) 充分利用了空中基站(ABSs) 灵活部署的特点, 为热点地区提供了按需
覆盖与高质量服务. 然而, 空中基站的高动态性使得网络的服务连续性难以保障. 而且 …

Abstract The Aerial-Ground Integrated Networks (AGIN) take full advantage of the flexible
deployment of Aerial Base Stations (ABSs) to provide on-demand coverage and high-quality …

空天地一体化网络(SAGIN) 通过提高地面网络的资源利用率可以有效满足多种业务类型的通信
需求, 然而忽略了系统的自适应能力和鲁棒性及不同用户的服务质量(QoS). 针对这一问题 …

为了研究在有限信道状态信息下, 密集型网络的资源分配问题, 提出了交替方向乘子法结合深度
强化学习算法的模型驱动学习框架. 该框架区别于数据驱动框架, 能够根据具体问题进行一对一 …

The future intelligent devices requires ultra-low communication delay and high QoS
requirement for the following beyond-5G network. Space-air-ground Integrated Network …

Airborne users are always dreaming of enjoying a good Internet access experience while in
the air. However, due to long propagation delay and limited network coverage, the existing …

针对6G 时代电力物联网海量终端接入冲突严重, 队列积压大, 能量效率低等问题,
提出了一种基于上下文学习的接入控制算法. 所提算法基于强化学习和快速上行链路授权技术 …

In order to maximize network performance, we use the Deep Reinforcement Learning (DRL)
approach in this research to dynamically arrange flexible transmission intervals at the time …

To realize the Interconnection of Everything (IoE) in the 6G vision, the space-based, air-
based, and ground-based networks have shown a trend of integration. Compared with the …

Abstract The Space-Air-Ground Integrated Network (SAGIN) can effectively meet the
communication needs of various service types by improving the resource utilization of the …