300302 Digital Signal Processing

Course offering details

Instructors: Prof. Dr. Ing. Werner Henkel

Type: Lecture

Org-unit:

Course Name Abbreviation: Dig Sig Proc

Hours per week: 3

Credits: 5.00

Min. | Max. participants: - | -

Partial Grades:
Final Exam (40%)
Midterm Exam (40%)
Home Work (20%)

Official Course Description:
The course is actually a combination of standard DSP contents and applications
in digital communications. The standard DSP contents are linear transforms, Sampling
theorem, quantization, networks with delay elements difference equations, filter structures (implementations
in C/Matlab), z-transform, frequency-domain characterization (Parseval), DFT,
window functions, frequency response of frequency-selective filters, fast convolution (overlap
save, overlap add), power spectral density, periodogram, design of poles and zeros, least
squares identification and prediction (LPC, Toeplitz algorithms), design of digital filters (short
introduction to wave digital filters), sampling rate conversion, subband coding, FFT algorithms,
quadrature mirror filters, filter banks, two-dimensional transforms, discrete cosine transform,
(wavelets) and an introduction to video coding.
The communications part is essentially an introduction to digital communications with channel
properties, passband and complex baseband description, PAM, QAM, matched filter, whitened
matched filter, equalizer structures and its adaptation with LMS and ZF. An introduction to
multicarrier transmission (OFDM, DMT) and the relation to filter banks will be given, too.
OFDM and DMT are the transmission methods used in every current wireless and wireline
system (LTE, DSL, DVB-t,...).
Overall, the course provides a complete coverage of digital signal processing and the essential
basics of digital communications. The course is hence mandatory for ECE and a must for other
students with a focus towards signal processing, video and audio, and communications.

Literature
Primary Text
Required Reading (To view a list click a category.)
Recommended Reading (To view a list click a category.)
Appointments
Date From To Room Instructors
1 Tue, 4. Feb. 2014 08:15 09:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
2 Th, 6. Feb. 2014 11:15 12:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
3 Tue, 11. Feb. 2014 08:15 09:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
4 Th, 13. Feb. 2014 11:15 12:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
5 Tue, 18. Feb. 2014 08:15 09:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
6 Th, 20. Feb. 2014 11:15 12:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
7 Tue, 25. Feb. 2014 08:15 09:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
8 Th, 27. Feb. 2014 11:15 12:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
9 Tue, 4. Mar. 2014 08:15 09:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
10 Th, 6. Mar. 2014 11:15 12:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
11 Tue, 11. Mar. 2014 08:15 09:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
12 Th, 13. Mar. 2014 11:15 12:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
13 Tue, 18. Mar. 2014 08:15 09:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
14 Th, 20. Mar. 2014 11:15 12:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
15 Tue, 25. Mar. 2014 08:15 09:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
16 Th, 27. Mar. 2014 11:15 12:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
17 Tue, 1. Apr. 2014 08:15 09:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
18 Th, 3. Apr. 2014 11:15 12:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
19 Tue, 8. Apr. 2014 08:00 10:00 East Wing Prof. Dr. Ing. Werner Henkel
20 Th, 10. Apr. 2014 11:15 12:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
21 Tue, 22. Apr. 2014 08:15 09:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
22 Th, 24. Apr. 2014 11:15 12:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
23 Tue, 29. Apr. 2014 08:15 09:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
24 Tue, 6. May 2014 08:15 09:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
25 Th, 8. May 2014 11:15 12:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
26 Tue, 13. May 2014 08:15 09:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
27 Th, 15. May 2014 11:15 12:30 West Hall 5 Prof. Dr. Ing. Werner Henkel
Course specific exams
Description Date Instructors Mandatory
1. Final Exam Th, 22. May 2014 12:30-14:30 Prof. Dr. Ing. Werner Henkel No
1. Midterm Exam Time tbd No
2. Midterm Exam Time tbd No
1. Home Work No Date No
Contained in course catalogues
Course catalogue
Course Catalogue > School of Engineering and Science > Electrical Engineering and Computer Science > Undergraduate Level Courses
Class Session Overview
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Instructors
Prof. Dr. Ing. Werner Henkel