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Här visas ändringar i "Lectures" mellan 2017-01-29 14:05 av Viktoria Fodor och 2017-01-29 14:06 av Viktoria Fodor.
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Lectures
Lecture slides Lecture slides are updated a couple of days before the lecture.
Lecture 1: Introduction (pdf) - updated
Lecture 2 - slides (pdf) - updated
Lecture 3 - slides (pdf) - updated
Lecture 4 - slides (pdf) - updated
Lecture 5-7 - slides (pdf)
Lecture 5 notes (pdf)
Lecture 6 notes (pdf)
Lecture 7 - slides (pdf)
Lecture 7 notes (pdf)
Lecture 8 - slides (pdf)
Lecture 9 - slides (pdf)
Lecture 10 - slides (pdf)
Lecture 10 notes (pdf)
Lecture 11 - slides (pdf)
Lecture 12 - slides (pdf)
Problems for lecture and recitation 12
Lecture topics Below we list the approximate lecture topics and the related reading suggestions. (V1:1-3, 5-7 means the Virtamo notes, section 1: pages 1 to 3 and 5 to 7; N1.1-3 means the Nain notes sections 1.1 to 1.3. All ranges are inclusive final page or section).
* Queueing theory by Prof. Jorma Virtamo, Helsinki University of Technology (used with kind permission)
* Basic Elements of Queueing Theory: Applications to the Modelling of Computer systems (excerpts) by Dr. Philippe Nain, INRIA (used with kind permission)
* Selected parts of Queuing Systems Volume 1 by Leonard Kleinrock (log in to see the copy)
Lecture schedule
* Introduction to queuing systems: course overview, queuing systems, stochastic processes recall. Reading: probability theory and transforms - basics (V1:1-21, V2:1-19,V3:1-19, V9:1-7).
* Poisson process and Markov chains in continuous time (V7:1-15, V4:1-6, V5:1-8, N1.1).
* Birth-death process, Poisson process (V6:1-9, N1.2-3 )
* Markovian queuing model, Little's theorem (V8:1-7, V9:1-7, N2.6)
* M/M/1 (V12:1-12, N2.1).
* M/M/m/m - loss system (Erlang) (V10:1-10, N2.4), M/M/m - wait system (V12:13-20, N2.3-7).
* M/M/m/*/n - finite population systems (Engset) (V11:1-11).
* Open queuing networks (V15:1-5,9-12, N4.1).
* Semi-Markovian queuing systems: Er, Hr, method of stages (Kleinrock extracts).
* M/G/1-system, Pollaczek-Khinchine mean value and transform equations (V13:1-25, N2.8).
* Priority service and service vacations (V14:1-10, N3).
* Course summary