Choi, S.-H.; (2006) Design and analysis for TCP-friendly window-based congestion control. Doctoral thesis, University of London.
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The current congestion control mechanisms for the Internet date back to the early 1980’s and were primarily designed to stop congestion collapse with the typical traffic of that era. In recent years the amount of traffic generated by real-time multimedia applications has substantially increased, and the existing congestion control often does not opt to those types of applications. By this reason, the Internet can be fall into a uncontrolled system such that the overall throughput oscillates too much by a single flow which in turn can lead a poor application performance. Apart from the network level concerns, those types of applications greatly care of end-to-end delay and smoother throughput in which the conventional congestion control schemes do not suit. In this research, we will investigate improving the state of congestion control for real-time and interactive multimedia applications. The focus of this work is to provide fairness among applications using different types of congestion control mechanisms to get a better link utilization, and to achieve smoother and predictable throughput with suitable end-to-end packet delay.
|Title:||Design and analysis for TCP-friendly window-based congestion control|
|Open access status:||An open access version is available from UCL Discovery|
|Additional information:||This is a transfer thesis for the degree of Doctor of Philosophy.|
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