BAD 64011/74011 Section 001/001
Systems Simulation, Fall 2003
Lecture TH 12:151:30, BSA A404
Instructor Murali Shanker, A401 BSA
Phone: 330 6721165
Email: mshanker@kent.edu
Web: http://www.personal.kent.edu/~mshanker
Office Hours To be announced
Materials:
Course Objectives: Study the techniques and applications of computer
simulation of existing or proposed realworld facilities and processes.
The models of such facilities are often quite complex, precluding the
use of more traditional analytical techniques. Specifically, students
will learn to do simulations in a simulation language, to plan simulation
studies, as well as analyze and interpret the result of simulations. Additional
topics include selecting input probability distributions, random number
generators, generating random variables, statistical analysis of simulation
output, and variance reduction techniques.
Prerequisites: Graduate Standing
Students who have not successfully completed the course
prerequisites must withdraw from this class. You risk deregistration
otherwise.
Grading
Individual assignments (about 6) 60%
Individual Project/Paper
40%
Individual assignments will consist of problems, modeling assignments,
and summaries of research papers. Research papers representing different
areas of simulation, including output analysis, random number generators,
parallel simulation, verification and validation, applications and modeling,
will be assigned in class. Each summary is limited to two pages of a
singlesided, doublespaced 8.5"x11"
page. All assignments and project must be done individually.
The computer work will be most conveniently done on computers running
Windows.
The project will be a complete simulation study of
your choosing.
Last day to drop a course: 1 November 2003.
Course Schedule:
Topic 
Approximate Number Of Weeks 
Readings 
Introduction to Simulation 
0.5 
Chap 1 (SWA) 
Fundamental Simulation Concepts 
0.5 
Chap 2 (SWA) 
A Guided Tour Through ARENA 
1.0 
Chap 3 (SWA) 
Modeling Basic Operations and Inputs 
1.0 
Chap 4 (SWA) 
Modeling Detailed Operations 
1.0 
Chap 5 (SWA) 
Statistical Analysis of Output from Terminating Simulations 
0.5 
Chap 6 (SWA) 
Intermediate Modeling and SteadyState Analysis 
1.0 
Chap 7(SWA) 
Entity Transfer and Other Issues 
1.0 
Chap 8 and 9 (SWA) 
Further Statistical Issues 
1.0 
Chap 12 (SWA) 
Conducting Simulation Studies 
1.0 
Chap 13 (SWA) 
Project Information: The individual project must be
a complete simulation study of a real system of your choosing. This
includes:
 Defining the system to be simulated and stating the purpose of the
study.
 Collecting data on the system and use it to determine probability
distributions and other parameters. Experience indicates that data
collection can be a very difficult and timeconsuming part of a study.
For the purpose of this project, don't be concerned about getting
a large sample size., Just collect enough data to define the model,
with the knowledge that if you were being paid to do this (rather
than paying to do it) you would get more data.
 Coding and verifying the model.
 Exercising the model to evaluate the system as it is, and at least
one alternative configuration or operating policy, with an eye toward
improvement. Pay attention to the statistical validity of your results.
That is, do some sort of statistical analysis of the simulation output.
 Write a brief report describing what you did and what your results
and recommendations are. Include code and output as an appendix. Write
the report for someone who is familiar with the system, and with basic
probability and statistics, but who does not know (or care) anything
about how simulations are done. In other words, you must summarize
your results, rather that present page after page of output data.
