Ain shams University, Faculty of engineering
New Programs Communication Students
Automatic Control (COMM482) Midterm Total marks 20, Time allowed 1 Hour
Q1- For the following system G(S) = K/S(S+1)(S+10)
a) Find the transfer function T(S) between input an
Ain Shams University, Faculty of Engineering, New Programs
Automatic Control, CSE373, Dr. Islam El-Maddah
Sheet 5
Q1a) Draw the bode plot a system with three poles at 0, -10, -500, and static gain 5000
from graph, determine the phase and gain margins
b) W
Faculty of Engineering
Credit Hours Engineering Programs
COMM482: Automatic Control
Final Exam: Spring 2012
Dr. Islam El-Maddah
Examinations duration: 3 hours
The exam consists of 4 questions on two pages: solve 3 questions only of the 4 questions
Q
Ain shams University, Faculty of engineering
New Programs Communication Students
Automatic Control (COMM482) Midterm Total marks 20, Time allowed 1 Hour
Q1- For the following system G(S) = K/S(S+1)(S+10)
a) Find the transfer function T(S) between input an
Ain Shams University, Faculty of Engineering, New Programs
Automatic Control, COMM373, Fall 2016, Dr. Islam El-Maddah
Sheet 1
Q1- for the following signal f(t),
f(t)
1
1- Obtain F(s)
T
t
2- Show that the Laplace transform tends to 1/S as T tends to zero
3
Faculty of Engineering
Credit Hours Engineering Programs
COMM482: Automatic Control
Final Exam: Spring 2012
Dr. Islam El-Maddah
Examinations duration: 3 hours
The exam consists of 4 questions on two pages: solve 3 questions only of the 4 questions
Q
Ain Shams University, Faculty of Engineering, New Programs
Automatic Control, CSE373, March 2016, Dr. Islam El-Maddah
Sheet 3
Q1- Find the position, velocity and acceleration errors for each of the following
systems
a) R(S)
1
1/S(S+1)
C(S)
10
1/S(S+1)
C(S
Ain shams University, Faculty of engineering
New Programs Communication Students
Automatic Control (COMM482) Midterm Total marks 20, Time allowed 1 Hour
Q1- For the following system G(S) = K/S(S+1)(S+10)
a) Find the transfer function T(S) between input an
Ain shams University, Faculty of engineering
New Programs Communication Students
Automatic Control (COMM482) Midterm Total marks 20, Time allowed 1 Hour (Solution)
Q1- For the following system G(S) = K (S+1) /(S+10) 2
a) Find the transfer function T(S) be
Ain Shams University, Faculty of Engineering, New Programs
Automatic Control, CSE373, March 2016, Dr. Islam El-Maddah
Sheet 3
Q1- Find the position, velocity and acceleration errors for each of the following
systems
a)
R(S)
1
)S(S+1/1
C(S)
10
)S(S+1/1
C(S
Ain Shams University, Faculty of Engineering, New Programs
Automatic Control, CSE373, Dr. Islam El-Maddah
Sheet 6
Q1- what is the difference between Single input and output analog control and process
control.
Q2- how can you describe PLC control and what
Ain Shams University, Faculty of Engineering, New Programs
Automatic Control, CSE373, March 2016, Dr. Islam El-Maddah
Sheet 2
Q1- It is required to control a tank head through a DC motor that opens and closes a
valve using a PD controller,
a- Draw a physi
Instructions: Language of the Computer
Computer
Devices
Chapter
2
Memory
Processor
Patterson and Hennessys Computer Organization and Design, 5th Ed.
Chapter 2
1 of 128
Agenda and Reading List
Chapter goals
Introduction (2.1, pp. 62-63)
Operations (2.2, pp
The Processor
Computer
Chapter
Part
4
I
Devices
Memory
Processor
Patterson and Hennessys Computer Organization and Design, 5th Ed.
Chapter 4.Part I
1 of 58
Agenda and Reading List
Chapter goals
Introduction (4.1, pp. 300-303)
ISA summary (4.4, p. 319)
Gen
Computer Abstractions and Technology
Computer
Chapter
Part
1
I
Devices
Memory
Processor
Patterson and Hennessys Computer Organization and Design, 5th Ed.
Chapter 1.Part I
1 of 28
Agenda and Reading List
Course objectives (1.1, p. 8)
Chapter goals
Designin
The Basics of Logic Design
Computer
Devices
Appendix
B
Memory
Processor
Patterson and Hennessys Computer Organization and Design, 5th Ed.
Appendix B
1 of 19
Agenda and Reading List
Chapter goals
Array of logic elements (B.3,
(B 3 pp.
pp B
B-18B-19)
18 B 1
Chapter 8
Image Compression
Dr. Mahmoud Khalil
Data Compression
Lossless compression:
Lossy compression:
Data Information
Data and information are not synonymous
terms!
Data is the means by which information is
conveyed.
Data compression aims to reduce
Image Enhancement in the Frequency Domain
Image Enhancement in the Frequency Domain
Image Enhancement in the Frequency Domain
The 1D Continuous Fourier Transform
The continuous Fourier transform
The inverse continuous Fourier transform
The 1D Discrete Fou
CSE 464: Pattern Recognition and
Digital Image Processing
Image Enhancement in the
Spatial Domain
Dr. Mahmoud Khalil
Image Enhancement in the Spatial Domain
Image Enhancement in the Spatial Domain
Convolution Example Step 1
1
1
1
2
2
2
3
-1
2
1
2
1
3
3
-1
Chapter 9
Morphological Image Processing
Dr. Mahmoud Khalil
Morphological Image Processing
Morphological Image Processing
Dilation
Dilation
Dilation
Erosion
Erosion
Morphological Image Processing
Problem 9.6
Open and Close
Open and Close
Open and Close
Hi
CSE 463-Neural Networks
Multilayer Feedforward Networks 1
Hazem M. Abbas
Ain Shams University
Faculty of Engineering
Dept. Computer and Systems Engineering
[email protected]
Fall 2016
1 Slides
of all lectures are based on the Book Slides provided
CSE 463-Neural Networks
Linear Classifiers and Perceptrons1
Hazem M. Abbas
Ain Shams University
Faculty of Engineering
Dept. Computer and Systems Engineering
[email protected]
Fall 2016
1 Slides
of all lectures are based on the Book Slides provid
CSE 463-Neural Networks
Learning Vector Qunatization
Unsupervised Learning and Competitive Learning
Hazem M. Abbas
Ain Shams University
Faculty of Engineering
Dept. Computer and Systems Engineering
[email protected]
Fall 2016
H. Abbas (ASU)
CSE46
CSE 463-Neural Networks
Radial Basis Function Networks
Hazem M. Abbas
Ain Shams University
Faculty of Engineering
Dept. Computer and Systems Engineering
[email protected]
Fall 2016
H. Abbas (ASU)
CSE463NN
2016
1 / 34
Outline
1
Basics and Definiti
CSE 463-Neural Networks
Introduction and Course Information
Hazem M. Abbas
Ain Shams University
Faculty of Engineering
Dept. Computer and Systems Engineering
[email protected]
Fall 2016
H. Abbas (ASU)
CSE463NN
2016
1 / 34
Outline
1
Class Organiza
CSE 463-Neural Networks
Unsupervised Learning: Self Organization Maps
Hazem M. Abbas
Ain Shams University
Faculty of Engineering
Dept. Computer and Systems Engineering
[email protected]
Fall 2016
H. Abbas (ASU)
CSE463NN
2016
1 / 15
Outline
H. Abb
Ain Shams University
Faculty of Engineering, Dept CSE
CSE 463: Neural Networks
Tutorial #6
1. Train a VQ network using the following input patterns: Given the three input vectors,
p1 = [1, 0]T , p2 = [0, 1]T , and p3 = [ 12 , 12 ]T and a set of three weig
Ain Shams University
Faculty of Engineering and
Dept. Computer and Systems Eng.
CSE 463: Neural Networks
Tutorial #1
1. Percptron: - Consider the classification problem defined below.
p1 = ([1, 1]t , 1), p2 = ([1, 1]t , 1), p3 = ([0, 0]t , 0), and p4 = ([
Introduction to Deep Learning
Slides borrowed from Emre Akbas DL course
Deep Learning (DL)
DL is a branch of machine learning.
Machine learning:
e.g. categorization
Dataset (set of examples)
said to
experience E."
Ratio of correctly
categorized examples