1
My Life Philosophy
I trust life is a journey. Whenever you make a wrong turn it becomes a strength rather
than a disappointment. If you take long roads it enables us to be wiser. God gifts us life and
thats what I believe in. As per my belief, life shou
Production
Automation
Lecture Series 4
Industrial Control Systems
Topics to be covered
1.
2.
3.
4.
5.
6.
Process Industries vs. Discrete Manufacturing
Industries
Continuous Control
Discrete Control
Computer Process Control
Supervisory Control
Enterprise C
Information Systems Engineering
IENG 452
Chapter 4. Structured Analysis and
Functional Architecture Design
22
Information Systems
Design Process
The focus of this chapter is on
the first step in the design of
an information system for an
industrial e
Production Automation
IENG 450
Lecture Series 5
Hardware Components
for Industrial Automation
Todays Goals
1.
2.
3.
4.
5.
What are Sensors
What are Actuators
Analog-to-Digital Conversion Procedures
Digital-to-Analog Conversion Proceedures
Input/Output Dev
Chapter 5
Informational Architecture and
Logical Database Design
11
Informational Architecture
Part of the conceptual layer which is a blueprint of
the information system independent of hardware
and software
consideration.
22
Informational Architectur
Chapter 8
Operations Scheduling
Operations Scheduling
Typical Scheduling and Control Functions
Scheduling Objectives
Loading
Sequencing
What is Scheduling?
Scheduling is defined as the allocation of resources
over a period of time to perform a collec
Production Automation
IENG 450
Lecture Series 6
Numerical Control and Industrial
Robotics
Learning Objectives
What is NC? What are the basic components?
What are the applications of NC?
What is CNC? What are its applications?
What is Robotics?
Robot anato
Production
Automation
IENG 450
Spring 2016
Lecture Series 8 - Automated Production Lines
Learning Objectives
Define and describe automated production lines
Identify applications of automated production lines
Understand the purpose of buffers in automat
Production Automation
IENG 450
Spring 2017
Tutorial - Robotics
Learning Objectives
Describe and Identify Robot Configurations
Identify features for robot selections
Select a robot based on given features
Economic Justification of Robots
Identify the C
Automation of Production
Systems
Dr. Farayi Musharavati
Todays Goals
Why Automate Production Systems?
Role of manual labor
Computerized Manufacturing
Support Systems
Objectives of automating the manufacturing support
systems:
To reduce the amount of manu
Chapter 2: The Relational
Database Model
Chapter 2: The Relational Database Model
2
Introduction
Early database systems were based on the
hierarchical and network models.
Modern database systems use the relational
model.
In this course, Microsoft SQL
Information Systems Engineering
IENG 452
Chapter 3: Data Modeling
22
The three-level architecture/1
The ANSI/SPARC architecture is a three-level
architecture based on three views of the data in the
database:
external level,
conceptual level,
inte
Information Systems Engineering
IENG 452
Spring 2017
Introduction and Ground Rules
2
Course Information
Instructor: Dr. Andrei Sleptchenko,
Office: G121, corridor 7
E-mail: [email protected]
Office Hours: to be fixed later
TA: Eng. Afnan
5-1 Two Discrete Random Variables
In previous chapters, we studied the probability
distributions of a single random variable.
Sometimes it is useful to study more than one random
variable in a random experiment.
Example: transmitted signals
X= the numb
Chapter 4:
Continuous Random Variables and
Probability Distributions
1
4-1 Continuous Random Variables
Continuous random variables- variables that can assume any
value in some range and infinite values within that range
Examples:
Measurement of current i
Part II
Chapter 2: Probability
1
2-2 Interpretations and Axioms of Probability
Introduction
Relative frequency of corrupted pulses sent over a
communications channel.
2
Interpretations of Probability
Equally Likely Outcomes
3
2-4. Conditional Probability
Chapter 3:
Discrete Random Variables and
Probability Distributions
3 Definitions
3-1 Probability Distributions, Discrete Random Variable
3-2 Probability Density Functions (PDF)
3-3 Cumulative Distribution Functions
3-4 Mean Value, Standard Deviation: Vari
Covered Topics
9-1 Hypothesis Testing
9-1.1 Statistical Hypotheses
Statistical hypothesis testing and confidence interval
estimation of parameters are the fundamental methods used
at the data analysis stage of a comparative experiment, in
which the engine
6-1 Numerical Summaries
Definition: Sample Mean
6-1 Numerical Summaries
Example 6-1
Fulcrum
The sample mean as a balance point for a system of weights
6-1 Numerical Summaries
Population Mean
For a finite population with N measurements, the
mean is
The sam
Chapter 2: Probability
1
Review of Set Theory
Definition: A set is any collection of objects, things or states
We use capital letters , e.g. A, B, etc, to represent sets
One way to describe a set is to list the whole collection of members or elements
and
7-1 Introduction
The field of statistical inference consists of those
methods used to make decisions or to draw conclusions
about a population.
These methods utilize the information contained in a
sample from the population in drawing conclusions.
Stat
Covered Topics
8-1 Introduction
In the previous chapter we illustrated how a parameter can
be estimated from sample data. However, it is important
to understand how good is the estimate obtained.
Bounds that represent an interval of plausible values for
GENG200
Probability and Statistics for Engineers
Fall 2014
Dr. Ridha Hamila
1
Course Information
Instructor: Dr. Ridha Hamila
Office: H225, Corridor 7 (Male Building)
E-mail: [email protected]
Office Hours: Monday, Wednesday 13:45 - 14:15 or by appointment
Reliability Engineering
Lecture Series 3 - Failure Mode and Effects Analysis
(FMEA)
Everything that can
fail, shall fail!
C. Ebeling, Intro to Reliability & Maintainability
Engineering, 2nd ed. Waveland Press, Inc. Copyright
2010
Failure Mode and Effects
Reliability Engineering
Fall 2016
Lecture series 2
Elements of Reliability
Complexity and Reliability
Chapter 1
2
Government Regulations
Food and Drug Act
Flammable Fabrics Act
Federal Hazardous Substance Act
National Traffic and Motor Vehicle Safety
Reliability Engineering
Fall 2016
Tutorial 1 Reliability Applications
Chapter 1
C. Ebeling, Intro to Reliability & Maintainability Engineering,
2nd ed. Waveland Press, Inc. Copyright 2010
1
Example 1
A company manufactures small motors for use in househol