WP10: Performance and Optimisation of TCP over Satellite Links
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چکیده
We describe many issues with TCP over satellite performance in relation to two scenarios: hybrid and backbone. We examine what e ect having a backbone of 255ms (satellite link) has as opposed to having just a 70ms delay. We explore, through simulation, the e ect of Tahoe, Reno and SACK TCP on this performance, in the context not just of droptail queueing but also varying settings of the parameters. We also performed studies of tuning for TCP over a delay line.
منابع مشابه
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Over the past few years, we have reported on the performance issues faced by TCP/IP based applications on satellite links. Performance is limited by the delay inherent in geosynchronous systems and the probability of bit errors found in any wireless system, including satellite systems. These limitations are becoming more important as new satellite systems o er much higher data transmission rate...
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Over the past few years, we have reported on the performance issues faced by TCP/IP based applications on satellite links. Performance is limited by the delay inherent in geosynchronous systems and the probability of bit errors found in any wireless system, including satellite systems. These limitations are becoming more important as new satellite systems ooer much higher data transmission rate...
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تاریخ انتشار 1998