| Y. Zhang, L. Qiu, and S. Keshav, "Speeding Up Short Data Transfers: Theory, Architecture Support, and Simulation Results," in Proc. NOSSDAV |
....results reveal the vulnerability of short TCP flows. Seddigh et al. 2] show the negative impact of the initial timeout value on the short TCP flow latency and propose to reduce the default recommended value. To enhance the performance of short TCP flows, a number of proposals, e.g. 12] 13] [14], 15] suggest to either use a large initial window value or share the network measurement information from previous records or communication with neighbors. Notice that these proposals require modification of the TCP protocol and may lead to congestion collapse. Our proposed scheme differs from ....
Y. Zhang, L. Qiu, and S. Keshav, "Speeding Up Short Data Transfers: Theory, Architecture Support, and Simulation Results," in Proc. NOSSDAV
....and [12] These results reveal the vulnerability of short TCP flows. Seddigh et al. 2] show the negative impact of the initial timeout value on the short TCP flow latency and propose to reduce the default recommended value. To enhance the performance of short TCP flows, proposals like [13] 14] [15], 16] suggest to either use a large initial window value or share the network measurement information from previous records or communication with neighbors. Notice that these proposals require modification of the TCP protocol and may lead to congestion collapse. Our proposed scheme differs from ....
Y. Zhang, L. Qiu, and S. Keshav, "Speeding Up Short Data Transfers: Theory, Architecture Support, and Simulation Results," in Proc. NOSSDAV 2000, Chapel Hill, NC, June 2000.
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