As satellite networks have played an indispensable role in many fields, how to integrate
them with terrestrial networks (eg, the Internet) has attracted significant attention in …

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 …

With the tremendous increase in the amount of network contents and emerging applications,
traditional network architecture starts to exhibit management and efficiency problems. The …

With the increasing global communication demands and the development of Internet of
Things (IoT), extending the connectivity to rural and remote areas has become imperative for …

Currently, many hybrid satellite-aerial-terrestrial networks are under construction. The
problem is how to coordinate heterogeneous communication networks and platforms to …

A space and terrestrial integrated network (STIN) converges satellite communication
networks, mobile wireless networking, and the Internet, has greatly extended the scope of …

The network topology design is critical for achieving low latency and high capacity in future
integrated satellite and terrestrial networks (ISTN). However, existing studies mainly focus …

Low earth orbit (LEO) satellite networks are promising at constructing the satellite Internet.
Dynamics of a large-scale LEO network topology induces critical problems on routing …

The explosive growth of various services boosts the innovation and development in
terrestrial communication systems for the implementation of the next generation mobile …

With the increasing communication demands, extending the connectivity to the rest areas
has become imperative for future 6G networks. The integrated satellite-terrestrial network is …