In this paper, we study data transmission in the Terrestrial–Satellite Integrated Network
(TSIN), where terrestrial networks and satellites are combined together to provide seamless …

Due to the wide coverage of satellite networks and high bandwidth of terrestrial networks,
the terrestrial-satellite integrated networks have been proposed and received much attention …

The satellite network has the advantage of wide coverage, but it also faces problems such
as frequent link interruption and limited energy. Traditional routing protocols can't be applied …

The Satellite network is an important part of the global network. However, the complex
architecture, changeable constellation topology, and frequent inter-satellite connection …

The wide coverage of satellite networks and the large bandwidth of terrestrial networks have
led to an increasing research on the integration of the two networks (ISTN) for …

Routing algorithms in satellite constellation networks usually make use of the local state
information to adapt to the topology and traffic dynamics, since it's difficult to obtain the …

Abstract The Satellite-Terrestrial Integrated Networks (STINs) is considered as a reliable and
agile next-generation communication network scheme, because it is flexible to deploy and …

The satellite network, together with the traditional ground network, constitutes the Space–
Ground Interconnection Network (SGIN), which can provide global coverage for …

Employing an efficient routing algorithm in satellite networks is a critical issue, because
satellite network resources are costly and must be managed in an optimal and effective …

With the development of science and technology, Satellite and Terrestrial Integrated
Network (STIN) can effectively make up for the defects in the terrestrial network coverage …