As each type of satellite network has different link features, its data transmission must be
designed based on its link features to improve the efficiency of data transferring. The …

Due to its potential to enable global connectivity in remote locations, such as rural areas and
islands, Space-Air-Ground networks have become an ambitious solution for terrestrial …

The space-terrestrial integrated network able to cope with the complex and varied tasks in
future communications. However, there are some problems in unified management and …

Spatial information network, as a typical functional network, plays a key role in the task
system. On the basis of analyzing the topological structure of spatial information network …

Abstract Space information networks (SINs) has the advantages of low power consumption
and high data transmission rate in the process of network information transmission. It is a …

In this letter, we propose a transceiver resource allocation scheme based on the time-
expanded graph (TEG) for the satellite networks. Due to the time-varying topology of the …

Aiming at the complex structure of the space information networks (SIN) and the dynamic
change of network topology, in order to design an efficient routing strategy, this paper …

In orde to improve the resource utilization of space-based information metwork efficiency, a
resource prediction model of space-based information network was presented based on the …

The space-based backbone transmission network will develop in the direction of broadband
and relay integration, providing services such as global backbone transmission, broadband …

The high computational complexity and the mismatch between the space-time distribution of
tasks and resources raise great challenges on task planning in space information networks …