EEE224-FOURIER ANALYSIS IN SIGNALS AND SYSTEMS
MODULE DESCRIPTION:
The basic concepts are given for continuous and discrete Fourier analysis in this module. Fourier series and Fourier transform are presented. Additionally, discrete time and fast Fourier transform are described.
MODULE OBJECTIVE:
Presentation #1: Fourier analysis for continuous time signals, Fourier series
Presentation #2: Fourier transform, Fourier analysis for discrete time signals
Presentation #3: Discrete Fourier series, Discrete Fourier transform
Presentation #4: Fast Fourier transform, Definition properties of continuous Fourier analysis, Definition of discrete Fourier analysis
MODULE TEXTBOOK:
E. O. Brigham, "The Fast Fourier Transform and Its Applications", Prentice Hall, ISBN: 0-13-307505-2, 1998.
SUPPLEMENTARY TEXTBOOKS:
1. J. F. James, "A Student's Guide to Fourier Transforms" , Cambridge Univeristy Press, ISBN: 0 521 00428-4, 2002.
2. A. E. Zonst, "Understanding the FFT", Citruss Press, ISBN: 0-9645681-5-2, 2000.
3. R. M. Gray, J. W. Goodman, "Fourier Transforms: An Introduction for Engineers" , Kluwer Academic, ISBN: 0792395859, 1995.
GRADES:
| Grade Section |
Percent (%) |
| Module Exam |
|
| Pbl |
|
| Module Lab. |
|
LECTURE NOTES:
Fourier Serileri (in Turkish)
Fourier Analizi (in Turkish) (M. H. Hayes, "Schaum's Outline of Theory and Problems of Digital Signal Processing",Mc Graw Hill, 1999)
PRESENTATIONS:
Presentation I
Presentation II
Presentation III
Fourier Applications (12.04.2011)
EXAMS:
2006 , 2007
Module Exam, 2008 2010
Semester Exam, 2006 , 2007 , 2008 2010
Year Exam, 2007
NOTES TO THE STUDENTS:
An important subjects of this class is attendance. Coming to the class in time, paying attention and taking notes provides to learn to the course. Some lectures are in the textbook, but some material will be presented in the class. Any academic missappropriation will be blocked. Please, your electronic devices are in silent position during the class. Keep quiet. Don't get in the class late and leave early. Cheating, reading a book, preparing lab. documents and etc. will not be tolerated during the presentation time. Students must be pay attention to instructor's statements in class.
SYLLABUS:
This syllabus is approximate schedule in Spring 2011. It can be changed if instructor needs requirement. Modification will be announced before class day.
| DAY |
TIME |
LECTURE |
LOCATION |
| 04.04.2011 Monday |
8:45-12:30 |
Social Elective |
|
| 04.04.2011 Monday |
13:15-17:00 |
PBL I. Session |
PBL Rooms |
| 05.04.2011 Tuesday |
10:45-12:30 |
Presentation (Gülden Köktürk) |
|
| 05.04.2011 Tuesday |
13:15-15:00 |
Presentation (Gülden Köktürk) |
|
| 06.04.2011 Wednesday |
8:45-12:30 |
Computer App. |
Computer Lab. |
| 07.04.2011 Thursday |
10:45-12:30 |
Presentation (Gülden Köktürk) |
|
| 07.04.2011 Thursday |
13:15-17:00 |
PBL II. Session |
PBL Rooms |
| 08.04.2011 Friday |
8:45-10:30 |
Discussion |
|
| 08.04.2011 Friday |
10:45-12:30 |
Consultation |
|
| 08.04.2011 Friday |
13:15-15:00 |
Presentation (Nalan Özkurt) |
|
| 11.04.2011 Monday |
8:45-12:30 |
Social Elective |
|
| 11.04.2011 Monday |
13:15-17:00 |
PBL III. Session |
PBL Rooms |
| 12.04.2011 Tuesday |
13:15-15:00 |
Presentation (Nalan Özkurt) |
|
| 12.04.2011 Tuesday |
15:15-17:00 |
Engineering Orientation |
1. Kat Anfi |
| 13.04.2011 Wednesday |
8:45-12:30 |
Computer App. |
Computer Lab. |
| 13.04.2011 Wednesday |
13:15-15:00 |
Presentation (Nalan Özkurt) |
|
| 15.04.2011 Friday |
13:15-15:00 |
Module Exam |
|
| 15.04.2011 Friday |
15:15-16:00 |
Exam Discussion |
|
|
| 
