(TCP congestion control over a live UMTS network)
Riga 2: Riga 2:
 
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:  
 
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:  
  
* TCP NewReno: which is the congestion control algorithm standardized by IETF
+
* [http://www.ietf.org/rfc/rfc2582.txt TCP NewReno]: which is the congestion control algorithm standardized by IETF
* TCP BIC: the default congestion control algorithm adopted by the Linux o.s.  
+
* [http://www.csc.ncsu.edu/faculty/rhee/export/bitcp/ TCP BIC]: the default congestion control algorithm adopted by the Linux o.s.  
* [[Westwood | TCP Westwood+]: available in the Linux kernel (both 2.4 and 2.6 kernels).
+
* [[Westwood | TCP Westwood+]]: available in the Linux kernel (both 2.4 and 2.6 kernels).

Revisione 15:49, 17 Apr 2007

TCP congestion control over a live UMTS network

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:

  • TCP NewReno: which is the congestion control algorithm standardized by IETF
  • TCP BIC: the default congestion control algorithm adopted by the Linux o.s.
  • TCP Westwood+: available in the Linux kernel (both 2.4 and 2.6 kernels).

TCP congestion control over a live UMTS network[edit]

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: