Performance Trade-Offs of TCP Adaptation Methods (2002) [1 citations — 1 self]
Abstract:
Parallel streams and the ow-control adaptation have been proposed as methods for overcoming the throughput limitations of existing transport protocols. While these methods have been very eective in simulations and implementations, only a few high-level explanations exist in understanding the actual network conditions that give rise to the performance improvements. By utilizing qualitative models for TCP and a generic simulation scenario, we demonstrate the conditions under which each of the techniques excels. In short, parallel streams perform best when the network suers from high packet-loss conditions while the adaptation of owcontrol windows performs best under low packet-loss rates. 1
Citations
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| 28 | The PingER project: active internet performance monitoring for the HENP community – Matthews, Cottrell |
| 5 | Dynamic right-sizing: An automated, lightweight, and scalable technique for enhancing grid performance – Feng, Fisk, et al. - 2002 |
| 1 | on Industrial and applied mathematics – Congress - 1999 |

