For the terrestrial infrastructure, the multiple-input multiple-output (MIMO) architecture is a
key technology that has brought the wireless gigabit vision closer to reality. Satellite …

As a large heterogeneous information infrastructure, space terrestrial coinformation network
provides a reliable and effective services for all types of space-based users, aviation users …

This paper presents achievements of an on‐going activity where the applicability of MIMO to
satellite communications with Digital Video Broadcasting–Satellite services to Handhelds as …

The accurate design of earth–space systems requires a comprehensive understanding of
the various propagation media and phenomena that differ depending on frequencies and …

An increasing number of hybrid mobile systems comprising a satellite and a terrestrial
component are becoming standardized and realized. The next generation of these systems …

The study of cognitive radio (CR) techniques in SatCom research activities is still in its
infancy. In this context, the CoRaSat (Cognitive Radio for Satellite Communications) project …

To account for antenna physical parameters and real propagation conditions encountered
by large-scale multipleinput multiple-output (MIMO) antenna systems in practical …

Spectral efficiency and capacity of Land Mobile Satellite (LMS) systems can be enhanced by
using MIMO (Multiple Input Multiple Output). Polarization diversity is an efficient technique to …

This article investigates uncoded space‐time labeling diversity (USTLD) with three transmit
antennas schemes based on amplitude and phase shift keying (APSK) modulation. The …

The multiple antenna technique popularly known as MIMO (Multiple Input and Multiple
Output) constituted a breakthrough in wireless communications system design. MIMO is a …