| Publisher | Waseda University | ||
|---|---|---|---|
| Format | 739.2KB PDF | Date added | 22 Jan 2007 |
| Topics | TCP - IP | ||
| Downloads | 54 | ||
This paper presents a new congestion control algorithm of TCP, called TCP-Fusion, and provides its extensive evaluation results through simulations and implementations. Recently, towards high-speed networks with large bandwidth delay product, a number of different approaches have been proposed to improve TCP performance. However, their potential unfriendliness to TCP-Reno encumbers their wide deployment in the Internet because TCP-Reno is already widely deployed. Most recently, to satisfy efficiency and friendliness tradeoffs of TCP, new approaches combining a loss-based protocol and a delay-based protocol have been proposed, such as TCP-Adaptive Reno and Compound TCP. The TCP-Fusion also belongs to this category and tries to utilize the residual capacity effectively without impacts on coexisting flows, i.e. TCP-Reno flows.
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