Add to ORKGIn this paper, an improvement to TCP-Peach+, called TCP-Peach++, is proposed to improve the throughput performance for satellite IP networks with asymmetrical bandwidth and persistent fades. The delayed SACK scheme is adopted to address the problems due to bandwidth asymmetrical satellite links. A new protocol procedure, Hold State, is developed to address the link outages due to persistent fades. The simulation results show that TCP-Peach++ improves the throughput performance during rain fades and addresses the bandwidth asymmetry problems in Satellite IP Networks. © Springer-Verlag Berlin Heidelberg 2005
Abstract—Since satellite channel can be used as a part of an heterogeneous network, researchers att...
The idea of Internet everywhere makes the assumption that an Internet access should be available eve...
Abstract—Satellite communications represent an important slice of the global communications sector t...
In this paper, an improvement to TCP-Peach+, called TCPPeach++, is proposed to improve the throughpu...
Abstract-TCP-Peach has recently been proposed for IP network scenarios characterized by long round t...
We focus in this paper on the undesirable phenomenon of frequent losses during slow-start when TCP o...
A new transport layer protocol called TCP-Swift is proposed for enhancing the TCP performance over s...
The geostationary (GEO) satellite networks have two important influencing factors: high latency and ...
TCP has been proved to be working well in a variety of situations. However, in links of large bandwi...
Real-time transmission over asymmetric satellite IP links is challenging, since satellite systems co...
In this paper a protocol, local to the satellite link, is defined in order to boost TCP performance ...
Long propagation delays and high bit error rates in heterogeneous networks with geostationary earth ...
Satellites play important roles in global telecommunications. However, the performance of Transmiss...
In recent years, demand for broadband wireless IP networks which support mobility has increased trem...
Satellite has been identified as a potential candidate to meet the explosive Internet demand and to ...
Abstract—Since satellite channel can be used as a part of an heterogeneous network, researchers att...
The idea of Internet everywhere makes the assumption that an Internet access should be available eve...
Abstract—Satellite communications represent an important slice of the global communications sector t...
In this paper, an improvement to TCP-Peach+, called TCPPeach++, is proposed to improve the throughpu...
Abstract-TCP-Peach has recently been proposed for IP network scenarios characterized by long round t...
We focus in this paper on the undesirable phenomenon of frequent losses during slow-start when TCP o...
A new transport layer protocol called TCP-Swift is proposed for enhancing the TCP performance over s...
The geostationary (GEO) satellite networks have two important influencing factors: high latency and ...
TCP has been proved to be working well in a variety of situations. However, in links of large bandwi...
Real-time transmission over asymmetric satellite IP links is challenging, since satellite systems co...
In this paper a protocol, local to the satellite link, is defined in order to boost TCP performance ...
Long propagation delays and high bit error rates in heterogeneous networks with geostationary earth ...
Satellites play important roles in global telecommunications. However, the performance of Transmiss...
In recent years, demand for broadband wireless IP networks which support mobility has increased trem...
Satellite has been identified as a potential candidate to meet the explosive Internet demand and to ...
Abstract—Since satellite channel can be used as a part of an heterogeneous network, researchers att...
The idea of Internet everywhere makes the assumption that an Internet access should be available eve...
Abstract—Satellite communications represent an important slice of the global communications sector t...