The geostationary (GEO) satellite networks have two important influencing factors: high
latency and transmission errors. Similarly, they will happen in the large‐scale multihop …

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 …

Internet access is becoming even more heterogeneous, including different wireless
backhauling links, with Ka-band satellites as a possible alternative. Since communication …

Geosynchronous orbit satellite broadband serves a crucial role in bridging the digital divide
by connecting underserved and unserved areas where terrestrial infrastructure is infeasible …

Inter-satellite links (ISL) are a useful technology to transmit data to space stations and to
communicate between satellites. However, there are serious limitations due to long delays …

Satellite systems might become an important supplement to 5G systems. In addition,
compared with regular TCP, multipath TCP (MPTCP) provides a robust solution. However …

Low Earth orbit (LEO) satellite networks have attracted extensive research due to their
potential to provide high-quality Internet access services. However, the existing TCP …

The rapid development of high-speed railway (HSR) system draws great attention and
challenges the current broadband Internet access with high mobility. Though LTE-A …

Low-Earth-Orbit (LEO) satellite constellations can provide global Internet connectivity with
latency comparable to terrestrial networks, but their fast movement and frequent handovers …

Transport layer implicates a position where satellite networks form one integrated
component of hybrid Internet architecture in today's advance technology. However, the …