Interference Alignment (IA) has been considered a promising technique for spectral
coexistence of different wireless systems in an underlay cognitive mode. Furthermore …

Herein, the spectral coexistence scenario of two multibeam satellites over a common
coverage area is studied where a primary satellite produces larger beams while a …

The coexistence of heterogeneous networks within the same spectrum for enhancing the
spectrum efficiency has attracted large interest lately in the research community …

Herein, we study transmit beamforming techniques in an underlay cognitive mode for the
coexistence of satellite and terrestrial networks with the satellite forward link as primary and …

The usable satellite spectrum is becoming scarce due to continuously increasing demand
for broadcast, multimedia and interactive services. In this context, cognitive satellite …

Interference alignment (IA) is a promising technique that can eliminate interference in
wireless networks effectively and has been applied to spectrum sharing in cognitive radio …

In this paper, we propose an interference alignment (IA) scheme in which the performance of
the secondary users (SUs) transmitting their information on the same frequency band of the …

One of the main challenges in the co-existence of geostationary satellite orbit (GSO) and
non-geostationary satellite orbit (NGSO) satellite networks is to mitigate the in-line …

With the development of satellite communication, the number of satellites in space
continuously increases. However, the available spectrum resources are scarce. To address …

Due to increasing demand of high speed data rate for satellite multimedia and broadcasting
services and spectrum scarcity problem in satellite bands, exploring new techniques for …