The increasing traffic demand in both ground and satellite communication systems will lead
to increasing spectrum demand. Spectrum sharing would become a challenging issue in …

Cloud-based satellite and terrestrial spectrum shared networks (CB-STSSN) combines the
triple advantages of efficient and flexible network management of heterogeneous cloud …

In this paper, we propose an architecture of cloud based integrated terrestrial-satellite
networks, in which satellite and terrestrial networks that belong to the same operator …

The emerging Non-Terrestrial Networks (NTNs) can aid to provide 5G and beyond services
everywhere and anytime. However, the vast emergence of NTN systems will introduce an …

Integrated satellite-terrestrial network combines both advantages of satellite and the
terrestrial network and it can achieve all-day seamless coverage and broad coverage areas …

Coexistence of satellite and terrestrial wireless communication systems in the same
frequency band is quite promising for addressing the challenge of spectrum scarcity. To …

The coordination between satellite communications and terrestrial mobile networks is
promising to enable a globally ubiquitous broadband wireless coverage. It also provides an …

We consider a hybrid satellite-terrestrial spectrum sharing system wherein multiple terrestrial
secondary networks coexist with a primary satellite network. We propose an amplify-and …

In this paper, we propose an efficient resource allocation scheme for an integrated
satellite/terrestrial network. The proposed scheme is a frequency sharing technique to …

In this letter, we give a cloud-based satellite communication network (C-SCN) architecture to
make full utilization of resources in current satellite systems. Since the complex computation …