Data-driven approaches, eg, deep learning (DL), have been widely studied in terrestrial
wireless communications fields, proving the benefits and potentials of such techniques. In …

Due to the non-uniform geographic distribution and time-varying characteristics of the
ground traffic request, how to make full use of the limited beam resources to serve users …

Non-geostationary orbit (NGSO) constellations enabled by beam hopping (BH) technology
are characterized by wide coverage and high spectrum efficiency. However, how to …

Dynamic beam hopping (DBH) is a crucial technology for adapting to the flexibility of service
configurations in multi-beam satellite (MBS) communications. To solve the problem that the …

Beam-hopping scheduling technology is a crucial technology for improving the performance
of resource-constrained multibeam satellite (MBS) systems. However, it is challenging to …

Beam hopping (BH) is the key technology to improve the system throughput and decrease
the transmission delay in multibeam satellite systems. The objective of this study is to find a …

When regarding the inherent uncertainty of differentiated services requirements as well as
the non-uniform spatial distribution of capacity requests, it is essential to flexibility adjust …

Beam hopping (BH) is considered to provide a high level of flexibility to manage irregular
and time-varying traffic requests in future multi-beam satellite systems. In BH optimization …

Beam Hopping (BH) technique is the key to improve system throughput and match the user
demands in large scale low earth orbit (LEO) satellite constellation network (LS-LEOSCN) …

Satellite communication system has received extensive attention due to its authoritative
coverage and communication capabilities. With the increasing demand for satellite …