Mega-constellations have the potential for providing 6G Internet owing to the unique
advantage of global coverage. However, current satellite technologies are not omnipotent …

ABSTRACT Low Earth Orbit (LEO) satellites will work as an important component in future
data communication networks. LEO satellites provide low end-toend delays and efficient …

This letter proposes a graph-based satellite handover framework for the low earth orbit
(LEO) satellite communication networks. In order to maintain the connection with the …

Low-Earth orbit (LEO) satellite networks are meant to be fundamental to closing the digital
divide, enabling new market opportunities and providing fifth-generation (5G) New Radio …

In recent years, low earth orbit (LEO) satellite networks (LSNs) have attracted increasing
attention due to economic prospect and advantages in high bandwidth and low latency. In …

With rapid advances in satellite technology, space information network (SIN) has been
proposed to meet the increasing demands of ubiquitous mobile communication due to its …

Low earth orbit satellite constellations could play an important role in future mobile
communication networks due to their characteristics, such as global coverage and low …

Deterministic models for coverage time evaluation of Low Earth Orbit (LEO) satellites
constituting a mobile satellite network may tend to unreliable results due to arbitrary …

The development of non-terrestrial networks (NTN) aims to satisfy the requirements of
ubiquitous and seamless coverage for fifth-generation (5G) services. Low Earth orbit (LEO) …

With the rapid increasing number of the deployed satellites, the handover strategy becomes
more challenging for large-scale low-earth orbit (LEO) constellations. In this paper, a …