Currently, most Landsat satellites are deployed in the low earth orbit (LEO) to obtain high-
resolution data of the Earth surface and atmosphere. However, the return channels of LEO …

Low Earth orbit (LEO) satellite constellations are increasingly gaining attention as future
global Internet providers. At the same time, named data networking (NDN) is a new data …

The low earth orbit (LEO) satellite networks are characterized by their significant dynamics of
topology and traffic load which pose huge challenge to the development of routing …

There exist essential requirements for providing service differentiation in the next-generation
networks. In this paper, AMSR (Agent-based Multi-Service Routing) is proposed and …

Abstract Recently, Non-Terrestrial Satellite Networks (NTSTs) have gained more and more
attentions due to global coverage, low latency, and high-speed communications. The routing …

Emerging long-range industrial IoT applications (eg, remote patient monitoring) have
increasingly higher requirements for global deterministic delay. Although many existing …

The paper is aiming at improving the positioning ability of underwater robots. Underwater
positioning can help underwater robots gain better control performance. Having studied the …

This paper presents an analysis of queuing and propagation delays of inter-satellite links
(ISLs) in broadband low-Earth orbit (LEO) satellite networks. It is shown that queuing delays …

Currently, most Landsat satellites are deployed in the low earth orbit (LEO) to obtain high
resolution data of the Earth surface and atmosphere. However, the return channels of LEO …

We propose ant routing as a powerful means to enhance communications in meshed
regular and irregular satellite constellations. Ant routing resembles basic mechanisms from …