ABSTRACT Low Earth Orbit (LEO) satellites will work as an important component in future
data communication networks. LEO satellites provide low end-toend delays and efficient …

The highly topological dynamics characterizes the most fundamental property of satellite
networks with respect to terrestrial ones. The manifest feature directs the researches on …

Terrestrial networks are different from LEO (Low Earth Orbit) satellite networks with highly
frequent handovers and larger propagation distances. Hence, the IP-based mobile protocols …

Low Earth Orbit (LEO) satellite networks have been one trend for next-generation all-IP
wireless networks with the development of satellite technology. Mobility management is one …

The Internet Engineering Task Force has developed Mobile IP to handle mobility of Internet
hosts at the network layer. Spacecrafts in space are analogous to mobile nodes in the …

In this paper, an enhanced mobile IP (MIP) handover scheme with predictive mechanism
based on Global Position System (GPS) for Low Earth Orbiting (LEO) satellite network is …

Now-a-days LEO satellites have an important role in global communication system. They
have some advantages over GEO & MEO satellites such as power requirement and endto …

SIGMA: A transport layer mobility management scheme for terrestrial and space networks Page
51 ∗ Shaojian Fu and Mohammed Atiquzzaman Telecommunications and Networks Research …

In low earth orbit (LEO) satellite network Mobility management is one of the key
technologies. The aim of mobility management is to track where the subscribers are …

__________________________________… atellite communication was effectively done
in Geostationary Earth Orbit (GEO) in the past years. Recently the trend has shifted from …