Satellite systems such as Low Earth Orbiting (LEO) networks play an important role in the
next generation 5G networks. To facilitate the integration of satellite and terrestrial networks …

Low earth orbit (LEO) satellite networks like Iridium have played a pivotal role in providing
ubiquitous network access services to areas without terrestrial infrastructure because of their …

Satellite networks are multilayered, and the number of satellites in a single constellation is
also increasing. These characteristics make satellite network more suitable for multipath …

TCP is robust and flexible when operated on wired terrestrial networks. There are problems,
however, when TCP is used on long delay satellite links. In this paper, we first study the …

Low-Earth-orbit (LEO) satellite networking is a promising way of providing low-latency and
high-throughput global Internet access. Unlike the static terrestrial network infrastructure …

Naval surface fleets of the United States and its allies rely on multiple satellite
communication systems (SATCOM) for onboard communication with other entities such as …

With the emerging market for high-mobility remote access broadband services, satellite
networks are becoming increasingly popular. Although the ubiquitous TCP/IP protocol is …

Satellite communications pose serious challenges to transport layer performance, mainly
because of long propagation delays (especially in geosynchronous systems) and the possi …

Satellites have played an important role in global telecommunications. However,
transmission control protocol (TCP) suffers performance degradations over satellite links …

Naval Battlefield Network communications rely on wireless network technologies to transmit
data between different naval entities, such as ships and shore nodes. Existing naval battle …