LEO satellite network (LEO-SN) constitutes an indispensable part of the space-air-ground
integrated network (SAGIN). However, the characteristics of unbalanced traffic load, intricate …

To deal with the dynamic and imbalanced traffic requirements in Low Earth Orbit satellite
networks, several distributed load balancing routing schemes have been proposed …

Due to the rapid development of the space–air–ground integrated network (SAGIN), a
satellite communication system has the advantages of wide coverage and low requirements …

With the explosive growth of low earth orbit (LEO) satellite networks, such as Starlink,
satellite communication has lower latency and can achieve high-speed transmission than …

To tackle the network congestion problem caused by ground gateway stations arranged
within a limited area in low earth orbit (LEO) satellite networks, a routing algorithm based on …

The LEO network composed of massive satellite nodes is a hot research field at present. In
such a network, the problem of load balancing should be reconsidered due to the large …

To improve the robustness of the Low Earth Orbit (LEO) satellites networks and realise load
balancing, a Cross-layer design and Ant-colony optimization based Load-balancing routing …

Featuring wide coverage and high data rate, LEO satellite networks will be an important
supplement to the traditional terrestrial networks, enabling the space-air-ground integrated …

As the satellites are limited by the deficient hardware resources and the difficulty of
hardware upgrading. A location-aware load balancing routing is an effective way to prolong …

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 …