In recent years, satellite networks have been proposed as an essential part of next-
generation mobile communication systems. Software defined networking techniques are …

Abstract Space information networks provide global users with high-speed Internet services.
The failure of a small number of satellites can trigger cascading failures that can bring down …

Abstract The Satellite-Terrestrial Integrated Networks (STINs) is considered as a reliable and
agile next-generation communication network scheme, because it is flexible to deploy and …

Low earth orbit (LEO) satellite network can provide services to users anywhere on the earth.
However, the high‐speed mobility of satellites leads to a dynamic environment, which brings …

By enabling a satellite network with edge computing capabilities, satellite edge computing
(SEC) provides users with a full range of computing service. In this paper, we construct a …

The next-generation wireless network is expected to use low-earth orbit (LEO) satellite
networks to deliver seamless and high-capacity global communications services. Due to the …

Satellite-terrestrial integrated networks (STNs) are considered a promising architecture for
6G networks due to their ability to provide ubiquitous, high-capacity coverage on a global …

低轨通信卫星高速运动使网络拓扑具有高动态性, 同时, 星地融合网络资源呈现时空非均匀分布.
当卫星移动引发多个用户和业务切换时, 触发大量切换请求导致网络资源竞争加剧 …

The satellite-terrestrial integrated networks, which consists of satellite and terrestrial nodes,
has attracted increasing attention in recent years since its wide coverage area and flexible …

Low Earth Orbit (LEO) satellites play a pivotal role in ensuring service continuity, ubiquity,
and scalability towards the realization of 6G networks. Despite their significance, satellite …