Mega-constellation networks (MCNs) based on low earth orbit (LEO) satellites have become
increasingly important with many projects in the design or implementation phase. For those …

The highly topological dynamics characterizes the most fundamental property of satellite
networks with respect to terrestrial ones. The manifest feature directs the researches on …

Notwithstanding the limited commercial success of the first narrowband low earth orbit (LEO)
satellite systems, the interest of the scientific community in this type of systems has been …

Due to the recent developments in wireless technology and electronics, it is feasible to
develop pervasive algorithms for satellite environments. Multi-Layered Satellite Networks …

To ensure an intelligent engineering of traffic over entire satellite networks, a distributed
routing scheme for low-earth orbit (LEO) satellite networks, agent-based load balancing …

Next-generation satellite networks are expected to provide a variety of applications with
diverse performance requirements, which will call for the development of adaptive routing …

In this paper, a distributed on-demand routing protocol for Low Earth Orbit (LEO) satellite
systems, named multiservice on-demand routing (MOR), is proposed and evaluated. The …

A multi-path QoS routing (MPQR) scheme is proposed for Polar-orbit Low Earth Orbit
satellite networks. MPQR is a source-based routing scheme, which employs genetic satellite …

This paper presents a load balancing routing algorithm based on congestion prediction
(LBRA-CP) so as to realize an efficient load balancing over the entire Low Earth Orbit …

To improve the robustness of the Low Earth Orbit (LEO) satellites networks and realise load
balancing, a Cross-layer design and Ant-colony optimization based Load-balancing routing …