@article{ Karlsson98,
  author = {P. Karlsson and {Å}. Arvidsson},
  title = {On {TCP/IP} Traffic Modeling},
  journal = {Proc. Fourteenth Nordic Teletraffic Seminar},
  year = {1998},
  pages = {pp. 156-166},
  annote = {Using a simulation model of TCP/IP over ATM, the authors show that models dealing only with a cell or packet arrival process tend to highly overestimate the required capacity in terms of bandwidth and buffer space. This implies that models for TCP/IP traffic must take into account the behavior of the protocols involved. In the conducted experiments, the stream of arrivals of new TCP connections were represented by a Poisson process. Each new connection was a file transfer session of files having various types of distributions, e.g. Pareto and Negative exponential. Between two nodes, A and B, connected by and ATM link, all traffic had to pass. The access links for senders connecting to node A and receivers at node B have unlimited bandwidth and no lateny, while the link between node A and B is both bandwidth constrained and has a latency.},
  url = {On Ericsson's intranet. Karl-Johan has a copy of this article.},
  bibdate = {Monday, March 20, 2000 at 10:14:15 (MET)},
  submitter = {Karl-Johan Grinnemo}
}

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