Earth observation scheduling and the observed data transmission have complicated
coupling relationship. To make full use of the observation and transmission resources in …

In Earth observation satellite networks (EOSNs), imbalance between the observation and
transmission opportunities can cause poor network performance, eg, a reduced number of …

Task planning plays a vital role in the application of the earth observation satellites (EOS) as
it can effectively reduce the task execution delay and the system energy consumption …

In this paper, we study the coordinated earth observation task scheduling problem of multi-
earth observation satellites (EOSs). We aim to provide an optimal observation sequence to …

Space information network (SIN) is a promising networking architecture to significantly
broaden the observation area and realize continuous information acquisition for earth …

To overcome the low timeliness of resource scheduling problems in spatial information
networks, we propose a method based on a dynamic reconstruction of resource request …

Compared with traditional observation satellites, agile earth observation satellites are
capable of prolonging observation time windows (OTWs) for targets, which significantly …

By allocating antenna time blocks to spacecrafts, data relay satellites are of vital importance
for the space network to relay data within their visible intervals (ie, time windows). Existing …

Recent advance in ultra-dense satellite communications provide an alternative solution for
coverage extension and backhaul connections of the Internet of Remote Things (IoRT). IoRT …

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