(→TCP congestion control over a live UMTS network [http://c3lab.poliba.it/images/2/21/Umts_tcp_stacks_170407.pdf]) |
|||
Riga 26: | Riga 26: | ||
* [[Tcp_over_Umts:rtt_downlink | downlink]] and [[Tcp_over_Umts:rtt_uplink | uplink]] RTT and Queuing time CDFs | * [[Tcp_over_Umts:rtt_downlink | downlink]] and [[Tcp_over_Umts:rtt_uplink | uplink]] RTT and Queuing time CDFs | ||
− | More can be found in the | + | More can be found in the following paper: |
+ | |||
+ | <paper authors="L. De Cicco and S. Mascolo" date="2007" pdf="umts_tcp_stacks_170407.pdf" conference="in Proceedings of NEW2AN 2007, St. Petersburg, Russia"> | ||
+ | TCP Congestion Control over 3G Communication Systems: an Experimental Evaluation of New Reno, BIC and Westwood+ | ||
+ | </paper> |
We have performed an extensive campaign of measurements that involved around 3000 flows and more than 40 hours of measurements using three different TCP stacks:
The experimental evaluation has been carried out by accessing the public Internet using an UMTS card (see figure below).
The following instantaneous variable measurements have been collected by using the libnetmeas library:
The main findings of the investigation can be summarized as follows:
We report cumulative distribution function plots:
More can be found in the following paper:
We have performed an extensive campaign of measurements that involved around 3000 flows and more than 40 hours of measurements using three different TCP stacks:
The experimental evaluation has been carried out by accessing the public Internet using an UMTS card (see figure below).
The following instantaneous variable measurements have been collected by using the libnetmeas library:
The main findings of the investigation can be summarized as follows:
We report cumulative distribution function plots:
More can be found in the following paper: