… models for services with on-demand access, where the artificial intelligence (AI) techniques
can … Networking optimization: Although we have developed an integrated cloud-edge-end …

… The analysis results can be fed back to the physical network and used for resource allocation
and equipment maintenance, thereby optimizing the physical network. 5G aims to offer …

… The Space–Air–Ground Integration Network (SAGIN) can be seen as an extension of the
traditional terrestrial network with open and ubiquitous connectivity that can be used to support …

… for the deep integration of communication and … optimization algorithm with the aid of
Lyapunov-based profile to solve the task scheduling and HAP selection. And a convex optimization …

… In addition, we propose using a model-free A3C algorithm to dynamically learn the network
topology and make optimization decisions to minimize the total system delay. The rest of this …

… networks such as the Space-Air-Ground Integrated Network (SAGIN… The utilization of artificial
intelligence and deep learning … in SAGIN due to heterogeneous network formation for many …

… , the coordination of space-air-ground networks can optimize the scheduling … artificial
intelligence algorithm, and then distributes the output through Space-Air-Ground Integrated Network…

… artificial intelligence (AI) in optimizing the performance of SAGIN including intelligent traffic
control, intelligent … and decentralized controllers to optimize network functions, such as access …

… researchers have proposed the space-airground integrated network (SAGIN) to … an optimization
problem to maximize the throughput, thereby deriving the optimal probability and optimal …

… , unmanned aerial vehicle communications, optimization in space-air-ground integrated
networks, game theory and artificial intelligence in 5G networks and beyond. He has published …