Course outline from week to week:

    1 Numerical solution of equilibrium equations: direct methods link
      Numerical solution of equilibrium equations: iterative methods link
      Lecture 1 slides: link
    2 Markov processes link
      Transient analysis of Markov processes link
      Lecture 2 slides: link
    3 M/M/1 type models link
      Examples of M/M/1 type models link
      Lecture 3 slides: link
    4 Queueing models with multiple waiting lines - Direct methods link
      The compensation approach method link (chapter 2)
      Lecture 4 notes: link
    5 General intro to PSA for 1D MC link
      General intro to PSA for multi-D MC link
      Convergence and variations of the PSA link
      Exact analysis of finite MC with PSA link
      PSA and the SQ model link
      Lecture 5 notes: link
    6 & 7 Polling models link link link link
      PGF and LST: link
      Lecture 6 slides: link
    Lecture 7 slides: link
    8 The boundary value method link
      The kernel method link and some examples link
      Numerical inversion of probability generating functions link
      Dominant pole approximation link
     Example: A Tandem Queue with Coupled Processors - Computational Issues link and link
      Lecture 8 slides (Thanks to Johan van Leeuwaarden): link
    9 Queueing models with multiple waiting lines link
      Connection of the matrix geometric approach, the kernel method, and the compensation approach link
      The 2x2 switch link
      Lecture 9 notes: link