Sixth-generation (6G) communication networks will fulfill users' requests for high data
speeds and low latency without causing network outages throughout the world. However …

Future wireless networks promise to offer ubiq-uity connection to numerous Internet of
Things devices with various demands. Aerial access networks that combine satellite and …

In this article, we propose an integrated satellite–terrestrial network (ISTN) architecture to
support delay-sensitive task offloading for remote Internet of Things (IoT), in which satellite …

Aerial base stations (AeBSs), as crucial components of air-ground integrated networks, are
widely employed in cloud computing, disaster relief, and various applications. How to …

Non-terrestrial network (NTN) communication is included in the 3GPP standard because of
its excellent features such as resistance to ground physical attacks and wide coverage …

Low-Earth orbit (LEO) satellites have limited on-board resources, user terminals are
unevenly distributed in the constantly changing coverage area, and the service …

To address the current challenge of smart devices in healthcare Internet of things (IoT)
struggling to efficiently process intensive applications in real-time, a collaborative cloud …

With the growth of global communication service demand, constructing large-scale satellite
networks has become the future development trend for improved system performance …

Due to the explosive growth and dynamic change of user demand, an efficient power and
bandwidth allocation algorithm is quite essential for multibeam satellites with flexible digital …

This paper proposes integrating low earth orbit satellites (LEO-Sats) and multiple aerials to
provide rescue services in post-disaster areas. Aerials are distributed to provide wireless …