Link budgets are widely applied to evaluate communication links for low Earth Orbit (LEO)
satellites. However, approaches to calculate the received power from LEO satellites have …

The deployment of satellite networks is key to providing global wireless connectivity for the
Internet of Things (IoT). In this line, we consider a cluster of IoT devices served by a …

Low earth orbit (LEO) satellite network can provide services to users anywhere on the earth.
However, the high‐speed mobility of satellites leads to a dynamic environment, which brings …

In 6G and beyond network infrastructure, Low Earth Orbit (LEO)-based Non-terrestrial
Networks (NTN) are poised to play a significant role in delivering global connectivity. To …

Recently, constellation of satellites has drawn a lot of interest from academia and industry as
potential solution for extensive coverage of wide range of internet of things (IoT). In this work …

With the rapid development of global satellite constellation clusters and the popularity of
ground-based intelligent terminals, the interconnection between large-scale low Earth orbit …

The past few years have been a witness for the rise of the new era of satellite
communications. The interest for providing broadband access from space has reached …

Satellite communications are becoming a key technology for maintaining connectivity in a
world driven by information. In the recent years, established players (such as SES and …

Abstract The 5G Low Earth Orbit (LEO) satellite network offers several advantages, including
wide coverage, stable communication, and strong flexibility, making it an ideal solution for …

Link budgets are widely applied to evaluate communication links for low Earth Orbit (LEO)
satellites. However, approaches to calculate the received power from LEO satellites have …