With the current miniaturization and cost reduction trend, many small imaging satellites are
deployed in low Earth orbit (LEO). Efficient scheduling of transmission links is crucial for …

With the rapid increase of mission demands for the tracking and data relay satellite system
(TDRSS), the technical issue of high-efficient scheduling has attracted more attention in …

Large-scale low-orbit communication satellite constellations play an indispensable role in
the satellite Internet of Things, remote sensing and other fields, while the inter-satellite link …

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

Mission scheduling algorithms are envisioned as critical to satisfy the increasing mission
requirements in broadband data relay satellite networks, which is severely influenced by …

The increasing demands for space-based data transmission pose a great challenge to task
scheduling of tracking and data relay satellites (TDRSs). In order to improve the working …

Real-time scheduling of contact window resources is a fundamental technology for the future
construction of Space–Terrestrial Integrated Networks (STIN). The spatio-temporal dynamics …

For a constellation of agile Earth Observation Satellites (EOS), efficiently scheduling image
acquisitions presents a complex decision-making challenge characterized by balancing a …

Earth observation satellites (EOSs) are taking a large number of pictures with increasing
resolution which produce massive image data. Satellite data transmission becomes the …

Introducing InterSatellite Links (ISLs) is a major trend in new-generation Global Navigation
Satellite Systems (GNSSs). Data transmission scheduling is a crucial problem in the study of …