قسم الهندسة الكهربائية والآلكتورنية

 
 
 
   

Garyounis University - Faculty of Engineering

Electrical and Electronic Department

EE 414: Digital Signal Processing

Course information

Spring 2010

  
Instructors information  

Name:

Dr. Ali  Ganoun     

Office:

 87

E-mail:

 ali.ganoun@gu.edu.ly

Office hours:

 Sat. 10:30-12:30
 
   
Schedule information  

Lecture Times:

Sat.   12:30-13:30

Mon.  10:30-12:30

Lecture Location:

Hall: 72

First Midterm exam:

24, April, 2010

Second Midterm exam:

29, May, 2010

Final exam:

July, 2010
 
Grading  

Grading will be based on the following weighting

  

ACTIVITIES

PERCENTAGES

Homework

5%

Quizzes

5%

Simulation & Projects

10%

1st exam

20%

2nd exam

20%

Final exam

40%

Total:

100%
 
Textbook and references  

References:

·  R. Gabel & Robert, Signal and Linear Systems,

·  Proakis & Manolahis, Digital Signal Processing,

·  S. Mitra, Digital Signal Processing,

·  Ingle & Proakis, Digital Signal Processing Using Matlab

·  Schuler & Chugani, Digital Signal Processing

  
Course content  

Lecture topics

·         Introduction to DSP

·         Discrete Time Signals and Systems

o   Linear Difference equations

o   The Frequency response

o   Convolution

o   Impulse Response

·         The z-Transform

o   Introduction

o   Properties of z-Transform

o   Rational z-Transforms

o   Poles and Zeros

o   The inverse z-transform

·         Fourier Analysis

o   The Exponential Fourier Series

o   Fourier Transform

o   Discrete Time Fourier Transform

o   Discrete Fourier Transform

·         Digital Filters

o   FIR Filter Structure

o   FIR Filter Design

o   IIR Filter Structure

o   IIR Filter Design

·         Digital Signal Processing Systems

o   DSP Architecture

o   DSP Applications

  
EE 414 Calendar description  
   

Lecture

 Time Reference
Lecture 1 - Introduction to DSP 0.5 W Ingle Ch 1&2
Lecture 2 - Discrete Time Signals and Systems 1 W Gabel Ch 2
Lecture 3 - The Frequency Response, Convolution and Impulse Response 1W
Lecture 4 - Introduction & Properties of the z-Transform 1W Gabel Ch 4

Proakis Ch 3

Lecture 5 – Inversion of the z-Transform 1 W
First Midterm Exam -- 24/04/2010
Lecture 6 - Fourier Analysis - The Exponential Fourier Series 0.5 W Gabel Ch 5
Lecture 7 - Fourier Analysis - Fourier Transform 1W Gabel Ch 5
Lecture 8 - Fourier Analysis - Discrete-Time Fourier Transform 1W Gabel Ch 5
Lecture 9 - Fourier Analysis - Discrete Fourier Transform 2W Ingle Ch 5
Lecture 10 -  Digital Filter - FIR Filter Structure 1W Ingle Ch 7

Proakis Ch 8

Lecture 11 -  Digital Filter - FIR Filter Design 1W
Second Midterm Exam -- 29/05/2010
Lecture 12 -  Digital Filter - IIR Filter Structure 1W Ingle Ch 8

Proakis Ch 8

Lecture 13 -  Digital Filter - IIR Filter Design 0.5 W
Lecture 14 -  Digital Signal Processing Systems 0.5 W Schuler Ch9
Lecture 14 - Application of DSP (Projects) 1W  
Final exam   08/07/2010
 
Homework  
Homework (1)            Solution  
   
   
 

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