Efficient dynamic channel allocation techniques with handover queuing suitable for
applications in mobile satellite cellular networks, are discussed. The channel assignment on …

This paper deals with the performance evaluation of various resource management
strategies that are suitable for low Earth orbit mobile satellite systems (LEO-MSSs). A user …

It is anticipated that the satellite component of the future universal mobile
telecommunications system (UMTS) will be based (partly or totally) on non-geostationary …

Demand for Mobile Satellite Service (MSS) is on the increase, with a huge surge of interest
in mobile communications in recent years and high-paced advancements in the supporting …

We consider a low earth orbit (LEO) mobile satellite system with “satellite-fixed” cells that
accommodates new and handover calls of different service-classes. We provide an …

The authors consider a low earth orbit (LEO) mobile satellite system (MSS) that accepts new
and handover calls of multirate service‐classes. New calls arrive in the system as batches …

Novel strategies for automatic satellite constellation design with satellite diversity and radio
resource management are proposed. The automatic satellite constellation design means …

The universal mobile telecommunications system (UMTS) will consist of space UMTS (S-
UMTS) and terrestrial UMTS (T-UMTS) components. An algorithm for predicting the traffic …

The teletraffic performance parameters of a nongeostationary satellite system are estimated
through analytical and simulation methods. In order to reduce the number of assumptions …

This paper proposes an improved technique for dynamically allocating channels in mobile
satellite cellular networks. Channel assignment on demand is performed on the basis of the …