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 …

Satellite networks are used as backup networks to the terrestrial communication systems. In
this work, we tried to find a routing strategy over dynamic satellite systems to better utilize the …

Low Earth Orbit (LEO) satellites have appealing characteristics that make them most
adequate for the provision of ubiquitous wireless service. However, frequently occurring …

Low earth orbit (LEO) satellite systems gained considerable interest towards the end of the
previous decade by virtue of some of the appealing features that are endowed with, such as …

Describes a networked FPGA-based implementation of the FAST (Flexible Adaptable-Size
Topology) architecture, an artificial neural network (ANN) that dynamically adapts its size …

Unlike terrestrial networks, LEO satellite networks are expected to provide a truly global
coverage and to support sophisticated PCS services including multimedia communications …

An Adaptive Probability based Reservation Strategy (APRS) was proposed for multimedia
Low Earth Orbit (LEO) satellite networks. By making reservation based on mobile users' …

Today, the wider spectrum of applications that wireless networks are called to support,
presses the designers of low earth orbit (LEO) satellite systems for a more efficient …

Low Earth orbit (LEO) satellite networks will work as an important component of the future
telecommunications system. Multi-spot-beam antennas on satellites will allow a cellular …

Dynamic Time-based Handover Management in LEO Satellite Systems Page 1 Dynamic
Time-based Handover Management in LEO Satellite Systems S. Karapantazis and F.-N. Pavlidou …