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 …

Satellite constellations are introduced. The effects of their orbital geometry on network
topology and the resulting effects of path delay and handover on network traffic are …

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 …

Uneven traffic demand in satellite networks can lead to link congestion and influence
network communication quality. To tackle this problem, we propose a state‐aware routing …

In the context of the globalization of air traffic control, the ICAO has proposed a new
generation of surveillance technology called the automatic dependent broadcast …

The past few years have witnessed the prosperity in the mobile Internet. The increased traffic
with diverse QoS requirements calls for a more capable and flexible infrastructure. The …

With the expansion of user scale in LEO satellite networks, unbalanced regional load and
bursty network traffic lead to the problem of load disequilibrium. A distributed hops-based …

In this paper, a performance analysis of adaptive routing is presented for packet-switched
inter-satellite link (ISL) networks, based on shortest path routing and two alternate link …

How to characterize and implement point-to-point (ie, unicast) routing algorithms is
discussed. The characteristics of routing algorithms are first described as well as the …

This paper presents and evaluates different routing schemes in a constellation of non‐
geostationary satellites. Routing decisions may or may not take into account the state of the …