An analysis of the sending rate of TCP control over Terabit per second rate links illustrates how future optical network characteristics, such as higher bitrates, network congestion, and larger data loads, would affect performance. We have implemented a model to allow increased sending rate for TCP. It is shown that even if the network bitrate is higher and the sending rate of TCP is scaled up, the throughput does not grow considerably, and latency remains one of the key parameters which must be reduced to improve performance
The current congestion control mechanism used in TCP has difficulty reaching full utilization on hig...
In this paper, we study the performance of paced TCP, a modified version of TCP designed especially ...
The performance of the Internet is determined not only by the network and hardware technologies that...
An analysis of the sending rate of TCP control over Terabit per second rate links illustrates how fu...
Next generation optical networks will soon provide users the capability to request and obtain end-to...
The compatibility and the integration of optical transparent networks with present day legacy netwo...
This paper presents an analytical model to calculate the send rate of TCP sources as a function of t...
High-speed long-distance networks TCP performance TCP Westwood+ a b s t r a c t The majority of curr...
In this paper, we observe the performance of TCP throughput when self-management is employed to auto...
This paper investigates support for TCP RENO flows in an Optical Burst Switching (OBS) network. In p...
IEEE International Conference on Communications, ICC 2008, Beijing, 19-23 May 2008In optical burst s...
Abstract | i Network data rates are growing rapidly. The data rates provided to the customers by the...
The majority of Internet traffic use Transmission Control Protocol (TCP) as the transport level prot...
Summary: The conventional TCP suffers from poor performance on high bandwidth delay product links me...
ii This paper is intended to introduce in the TCP-friendly Rate Control Protocol (TFRC) and to show ...
The current congestion control mechanism used in TCP has difficulty reaching full utilization on hig...
In this paper, we study the performance of paced TCP, a modified version of TCP designed especially ...
The performance of the Internet is determined not only by the network and hardware technologies that...
An analysis of the sending rate of TCP control over Terabit per second rate links illustrates how fu...
Next generation optical networks will soon provide users the capability to request and obtain end-to...
The compatibility and the integration of optical transparent networks with present day legacy netwo...
This paper presents an analytical model to calculate the send rate of TCP sources as a function of t...
High-speed long-distance networks TCP performance TCP Westwood+ a b s t r a c t The majority of curr...
In this paper, we observe the performance of TCP throughput when self-management is employed to auto...
This paper investigates support for TCP RENO flows in an Optical Burst Switching (OBS) network. In p...
IEEE International Conference on Communications, ICC 2008, Beijing, 19-23 May 2008In optical burst s...
Abstract | i Network data rates are growing rapidly. The data rates provided to the customers by the...
The majority of Internet traffic use Transmission Control Protocol (TCP) as the transport level prot...
Summary: The conventional TCP suffers from poor performance on high bandwidth delay product links me...
ii This paper is intended to introduce in the TCP-friendly Rate Control Protocol (TFRC) and to show ...
The current congestion control mechanism used in TCP has difficulty reaching full utilization on hig...
In this paper, we study the performance of paced TCP, a modified version of TCP designed especially ...
The performance of the Internet is determined not only by the network and hardware technologies that...