Desirable information processing in space-terrestrial integrated vehicle networks (STINs)
handles data distributed in different satellites while transmitting, where efficient modeling …

Smart systems are often battery-constrained, and compete for resources from remote clouds,
which results in high delay. Collaboratively sharing resource among neighbors in proximity …

The space information networks (SIN) have a series of characteristics, such as strong
heterogeneity, multiple types of resources, and difficulty in management. Aiming at the …

Satellite network resource management and scheduling technology are significant to
constructing integrated information networks in heaven and earth. The difficulty in realizing …

Despite a growing interest in developing and launching CubeSats, areas related to their
testing and simulation still need to improve systematization, especially within universities …

Low Earth orbit (LEO) mega-constellation satellite networks (LMCSNs) have shown great
potential to extend the coverage capability of conventional terrestrial networks. The …

Resource allocation strategy is drawing much more attention in satellite networks due to
limited resources, eg, limited observation resources and transmission resources. For earth …

In this paper, a Markov Decision Process (MDP) based closed-loop solution for the optical
Earth Observing Satellites (EOSs) scheduling problem is proposed. In this MDP formulation …

As the spaceborne resources are heterogeneous and the satellite network topology
changes constantly, various time-varying derivative graphs are designed to represent the …

Small satellites networks are characterized by intermittent connectivity and rare
communication opportunities between satellites and ground stations. To overcome this …