ESE603 - Simulation Modeling & Analysis (Homework #3a)
Spring Semester, 2015
M. Carchidi
Instructions:
1.) Do Problems #1, #3 and #4.
2.) Please indicate in the table below whether the problem is submitted electronically or in hard copy (or both).
3.) Ind
ESE603 - Simulation Modeling & Analysis (Homework #2)
Spring Semester, 2015
M. Carchidi
Instructions:
1.) Do the following ve (5) Problems and Simulation Problem #1.
2.) Please indicate in the table below whether the problem is submitted electronically or
ESE603 - Simulation Modeling & Analysis (Take-Home Problem)
Spring Semester, 2015
M. Carchidi
Midterm Take-Home Simulation Problem (15 points)
A bus arrives at a certain street corner uniformly between time t = 0 and
t = b and a second bus arrives at the
ESE603 - Simulation Modeling & Analysis (Homework #1)
Spring Semester, 2015
M. Carchidi
Instructions:
1.) You must do all of the following ve (5) Problems.
2.) Please indicate in the table below whether the problem is submitted electronically (via email)
ESE603 - Simulation Modeling & Analysis (In-Class Midterm Exam)
Spring Semester, 2015
M. Carchidi
Problem #1 (20 points)
Suppose that each half-hour, either 0, 1, 2 or 3 customers will come into a
store, and these events occur with probabilities: p0 = 0.1
ESE603 - Simulation Modeling & Analysis (Homework #2)
Spring Semester, 2016
M. Carchidi
Instructions:
1.) Do the following five (5) Problems and Simulation Problem #1.
2.) Please indicate in the table below whether the problem is submitted electronically
ESE603 - Simulation Modeling & Analysis (Final Exam)
Spring Semester, 2015
M. Carchidi
Some Useful Information for the Chi-Squared Distribution
0
0
5
10
15
20
25
Plot of f (x) with the value of 2, indicated
Percentage Points of the Chi-Squared
Distributio
ESE603 - Simulation Modeling & Analysis (Midterm Exam)
Spring Semester, 2014
M. Carchidi
Problem #1 (20 points)
A discrete exponential distribution with parameter > 0 has pmf
p(x) = (1 e )ex
for x = 0, 1, 2, ., and p(x) = 0 for x < 0, where is in units of
ESE603 - Simulation Modeling & Analysis (Homework #1)
Spring Semester, 2016
M. Carchidi
Instructions:
1.) You must do all of the following five (5) Problems.
2.) Please indicate in the table below whether the problem is submitted electronically (via email
ESE603 - Simulation Modeling & Analysis (Take-Home Problem)
Spring Semester, 2016
M. Carchidi
Midterm Take-Home Simulation Problem (20 points)
A device consists of three straight links of lengths X1 , X2 and X3 , all
connected to form a straight rod of le
Notes For Simulation Theory
(ESE 603)
Michael A. Carchidi
April 7, 2013
Chapter 8 - Random-Variate Generation
This chapter deals with procedures for sampling from a variety of continuous
and discrete distributions that are widely used in simulation. Recal
Notes For Simulation Theory
(ESE 603)
Michael A. Carchidi
February 7, 2013
Chapter 5 - Statistical Models in Simulation
In modeling real-world phenomena there are few situations where the actions of
the entities within the system under study can be comple
Notes For Simulation Theory
(ESE 603)
Michael A. Carchidi
March 14, 2013
Chapter 7 - Random-Number Generation
Random number are a necessary basic ingredient in the simulation of almost
all discrete systems. You may never have to write a computer program t
Notes For Simulation Theory
(ESE 603)
Michael A. Carchidi
April 11, 2013
Chapter 9 - Input Modeling
Input data provide the driving force for a simulation model. Much input data
is probabilistic in nature. For example:
Queueing System: (i) distribution of
Notes For Simulation Theory
(ESE 603)
Michael A. Carchidi
March 3, 2011
Chapter 6 - Queueing Models
Simulation is very often used in the analysis of queueing models. In a simple, but typical queueing system, customers arrive from time to time and join a
q
ESE603 - Simulation Modeling & Analysis (Homework #1)
Spring Semester, 2017
M. Carchidi
Instructions:
1.) You must do all of the following five (5) Problems.
2.) Please indicate in the table below whether the problem is submitted electronically (via email
ESE603 - Simulation Modeling & Analysis (Homework #3)
Spring Semester, 2017
M. Carchidi
Instructions:
1.) Do the following five (5) Problems and Simulation Problem #2.
2.) Please indicate in the table below whether the problem is submitted electronically
ESE603 - Simulation Modeling & Analysis (Homework #1)
Spring Semester, 2017
M. Carchidi
Instructions:
1.) You must do all of the following ve (5) Problems.
2.) Please indicate in the table below whether the problem is submitted electronically (via email)
ESE603 - Simulation Modeling & Analysis (Homework #4)
Spring Semester, 2017
M. Carchidi
Instructions:
1.) Do the following five (5) Problems and Simulation Problem #3.
2.) Please indicate in the table below whether the problem is submitted electronically
ESE603 - Simulation Modeling & Analysis (Homework #2)
Spring Semester, 2017
M. Carchidi
Instructions:
1.) Do the following five (5) Problems and Simulation Problem #1.
2.) Please indicate in the table below whether the problem is submitted electronically
Functions of Random Variables
Michael A. Carchidi
March 17, 2017
1. The Theory
Suppose that Y is a random variable having known pdf h(y) and known cdf
H(y), and suppose that X is a random variable related to Y through some known
monotonic function g, so t
Sums of Random Variables
Michael A. Carchidi
February 18, 2017
1. Sum of Two Discrete Random Variables
Suppose that X and Y are independent and discrete random variables with
range sets
RX = cfw_x1 , x2 , x3 , ., xm , . and RY = cfw_y1 , y2 , y3 , ., yn ,
Notes For Simulation Theory
(ESE603)
Michael A. Carchidi
January 12, 2017
Chapter 0 - Introduction to Simulation
The following notes are based on the text entitled: Discrete-Event System Simulation by Jerry Banks, John S. Carson II, Barry L. Nelson and Da
A Brief Review of Probability
Michael A. Carchidi
January 27, 2011
1. A Review of Set Terminology and Definitions
In the study of probability, the mathematics of sets and operations defined on
sets is a valuable tool. Therefore it is natural to begin our
Notes For Simulation Theory
(ESE603)
Michael A. Carchidi
January 12, 2017
Chapter 1 - Simulation and Monte-Carlo Methods
The following notes are based on the text entitled: Discrete-Event System
Simulation by Jerry Banks, John S. Carson II, Barry L. Nelso
Notes For Simulation Theory
(ESE603)
Michael A. Carchidi
January 26, 2017
Chapter 2 - Simulation Examples
This chapter presents several examples of simulation that can be performed by
devising a simulation table either manually or with a spreadsheet. The
Notes For Simulation Theory
(ESE603)
Michael A. Carchidi
January 21, 2016
Chapter 2 - Simulation Examples
This chapter presents several examples of simulation that can be performed by
devising a simulation table either manually or with a spreadsheet. The
ESE603 - Simulation Modeling & Analysis (Final Exam)
Spring Semester, 2014
M. Carchidi
Problem #1 (20 points) - Chapter 8
Consider the continuous random variable X whose pdf is given by
f (x) =
1/x2 , for
x < T
T
1/T 2 , for T < x < T
4
1/x2 , for
T <x
