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 …

With the expansion of user scale in LEO satellite networks, unbalanced regional load and
bursty network traffic lead to the problem of load disequilibrium. A distributed hops-based …

To promote the development of high-bandwidth IP networks of nongeostationary Earth orbit
(NGEO) satellites, this article designs a new benefit measurement model. Moreover, we …

Low Earth Orbit (LEO) satellite networks serve as a powerful complement to the terrestrial
networks because of their ability to provide global coverage. In LEO satellite networks, the …

This paper considers maximizing the total downloaded data from a CubeSats swarm to
ground stations. The key challenges include intermittent contact time and duration with …

In order to efficiently transfer data, rate control and route scheduling are critical in deep
space scenarios. The major challenge is the long-haul and intermittent links, which easily …