VU Simulation zur Systemanalyse (050127) (up)

LV-Leiter (up)

«Kurt Tutschku» 

Termine (up)

Wöchentliche Veranstaltung 

Uhrzeit (up)

Dienstag: 13:30 - 15:00 

Ort (up)

Mittwoch: Hörsaal 24 Hauptgebäude, Tiefparterre, Stiege 5 
 
 

Tutorium (up)

Tutoren (up)

«Christian Vorhemus» 
«Boris Bosiljcic» 

Tutoriumszeiten (up)

 

Inhalte und Unterlagen (up)

Vorlesungstermine (up)

Das Skript zum jeweiligen Veranstaltungstermin wird rechtzeitig vorher auf der Webseite verfügbar gemacht.  
 
Datum
Zeit
Inhalt
Materialien
1.
Di. 08.03.2011
13.30-15.00
Vorbesprechung
2.
Di. 15.03.2011
13.30-15.00
Introduction to Simulation; Introduction to queuing theory I
3.
Di. 29.03.2011
13.30-15.00
Introduction to queuing theory II
4.
Di. 05.04.2011
13.30-15.00
Simulation und Modeling II and Statistics: Terms & Definition I
5.
Di. 12.04.2011
13.30-15.00
Statistics: Terms & Definition I & Applying Statistics in Simulation
19.04.2011
Osterferien
26.04.2011
Osterferien
6.
Di. 03.05.2011
13.30-15.00
Applying Statistics in Simulation & Estimation of Distributions
7.
Di. 10.05.2011
13.30-15.00
Estimation of Distributions & Generation of Random Numbers
8.
Di. 24.05.2011
13.30-15.00
Management of Simulation Experiements & Runs
9.
Di. 31.05.2011
13.30-15.00
Design of Experiments (Cont.)
10.
Di. 07.06.2011
13.30-15.00
Design of Experiments (Cont.)
11.
Di. 21.06.2011
13.30-15.00
Optimization of Experiment Design
12.
Di. 29.06.2011
entfällt

Übungen (up)

Nummer
Abgabe
Inhalt
Materialien
0.
Vorbesprechung
1.
19. - 20.03.2011
Warteschlangendisziplinen
2.
7. - 10.06.2011
Ethernet

Vorlesungsgliederung (up)

  1. Introduction 
    1. Simulation-based performance evaluation  
    2. Examples for event-based simulation 
    3. Components and organization of event-based simulations  
    4. Performing a simulation-based performance evaluation study 
  2. Statistical Foundations  
    1. Random events and probabilities 
    2. Random variables, distributions und distribution functions 
    3. Mean value und moments 
    4. Sampling theory and estimators 
    5. Tests for statistical significance 
  3. Generation of Random Variables  
    1. Principles 
    2. Generation of (0,1)-equally random variables 
    3. Inversion method 
    4. Accept-Reject method 
    5. Important distributions 
    6. Simulation of spatial distributions and point patterns  
    7. Simulation of instationary Poisson processes 
  4. Statistics of Simulated Random Variables  
    1. Analysis of input values 
    2. Analysis of observed output values 
  5. Planning and Execution of Simulation Experiments of Telecommunication Systems  
    1. Comparison of system configurations 
    2. Design of experiments 
    3. Techniques for variance reduction 
    4. Possibilities and limitations of modeling and simulations  

Zusätzliches Material: (up)

Autor
Titel
Bratley P., Fox, B.L.
A Guide to Simulation. Springer, New York, 2nd edition, 1987.
Fishman G.
Concepts and Methods in Discrete Event Digital Simulation. Wiley & Sons, New York 1973.
Fishman G.
Principles of Discrete Event Digital Simulation. Wiley & Sons, New York 1978.
Gordon P.
System Simulation. Prentice Hall, 2nd edition, 1978.
Hoover S.V., Perry, R.F.
Simulation: a Problem Solving Approach. Addison Wesley, Reading MA 1989.
Knuth D.E.
The Art of Computer Programming, Vol. 2. Addison Wesley, Reading MA, 2nd edition, 1981.
Law A.M., Kelton W.D.
Simulation Modeling & Analysis. McGraw-Hill, New York, 2nd edition, 1991.

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Letzte Änderung: 20.06.2011, 21:28 | 520 Worte