摘要空间网络在覆盖范围和移动接入等方面与地面网络具有极强的互补关系. 随着地面互联网,
移动通信网络和空间网络的业务逐渐融合, 近年来通过采用互联网技术实现空间网络与地面网络 …

Satellite networks are drawing more and more attention, since they can provide various
services to everywhere on the earth. Communication devices in satellites are typically …

Non-geostationary (NGEO) satellite communication systems offer an array of advantages
over their terrestrial and geostationary counterparts. They are seen as an integral part of …

Low earth orbit (LEO) satellite networks are promising at constructing the satellite Internet.
Dynamics of a large-scale LEO network topology induces critical problems on routing …

The dynamic topology of low Earth orbit (LEO) satellite networks and variable traffic load in
different satellite coverage areas pose special challenges to routing algorithm design in the …

Multi-Layered Satellite Networks (MLSNs) have enormous potential to provide a ubiquitous
wireless environment due to their advantages, such as extensive coverage, high network …

To ensure an intelligent engineering of traffic over entire satellite networks, a distributed
routing scheme for low-earth orbit (LEO) satellite networks, agent-based load balancing …

Arbitrary flow arrival and satellite communication hot spot cause uneven traffic distribution,
which breaks load balancing even results in congestion in partial nodes. In this paper, we …

With the explosive growth of communication traffic and the non-uniform distribution of users
in low earth orbit (LEO) satellite networks, the problem of link congestion becomes more …

For the recent two years, companies such as Starlink, Kuiper, and Telesat are launching low
earth orbit (LEO) satellites to form LEO satellite mega-constellations. Unfortunately, the LEO …