Outline for the intensive week

The general outline is to cover one topic each day. We will start each morning with a survey lecture.  This will be followed by a more informal presentation which will include lots of examples, and participation in working through examples. The afternoon sessions will be more practical and will involve computer simulations based on the morning's theory.

Monday 22 November
09.30-11.00 Room 2315 Sample path large deviations and the contraction principle.
11.30-12.30 Room 2315 Applications to networks.
14.00-17.00 Room 510A Practical.
18.00- Informal get-together at local pub
Tuesday 23 November
09.30-11.00 Room 2144 Scalability in networks.
11.30-12.30 Room 2144 Nils Björkman, Telia.
14.00-17.00 Room 510A Practical.
Wednesday 24 November
09.30-11.00 Room 2345 The many sources asymptotic.
11.30-12.30 Room 2345 Examples.
14.00-17.00 Room 2345 Discussions and presentations on possible research collaborations between NTM PhD-students and researchers and industry researchers.
18.30- Common course dinner at Södermanland-Nerikes Nation, S:t Olofsgatan 16
Thursday 25 November
09.30-11.00 Room 2345 Long range dependence.
11.30-12.30 Room 2345 Theory of fractional Brownian motions in networks.
14.00-17.00 Room 510A Practical.
Friday 26 November
09.30-11.00 Room 2345 Projects.
11.30-12.30 Room 2345 Competition.

Lecture notes will be distributed during the course, which can be supplemented by the following background reading material.

Sample path large deviations and the contraction principle:

Neil O'Connell. Queue-lengths and departures at single-server resources. In: F. Kelly, S. Zachary and I. Ziedins (Eds.) Stochastic Networks. Oxford University Press, 1996.

Chapter 5 of: A. Dembo and O. Zeitouni. Large Deviations Techniques and Applications. Jones and Bartlett, 1993.

The many sources asymptotic:

Damon Wischik. Large deviations and Internet congestion, September 1999.

Fractional Brownian motion:

J. Beran. Statistics for Long-Memory Processes. Chapman and Hall, 1994.

Chapter 13 of: J. Roberts, U. Mocci, and J. Virtamo (Eds.). Broadband Network Traffic. Lecture Notes in Computer Science 1155. Springer-Verlag, 1996.

The first covers philosphy and mathematical foundations, the second applications to traffic.

There is also material on all of the above topics (except fast simulation) in the Intermediate level tutorial given at Performance '98 in Madison (WI) by the Dublin Applied Probability Group.


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Comments or corrections to Tobias Rydén (tobias@maths.lth.se)
Last modified: Wed Dec 15 20:38:34 MET 1999