News

• The results of the exam Digital Signal Processing are available in QIS. Date for the review of the exam is 5.9., 2 pm in room 11-403.
• The lecture is from 3.7. on 45 minutes on Monday and 90 minutes on Tuesday. Rooms and starting times stay the same.

Course of study

• Bachelor or master
   

Lecturer

• Dr.-Ing. Stephan Herzog
   

Organization

• Lecture on Tuesdays starts at 8:15 (8:15 - 9:00)
• The lecture will take place as a normal lecture in the university
• Learning material created during Corona times will be given additionally on this web page for download
• New information and course material will always be published on this page (not in the KIS)
• Semester (recommended): 6. Semester
• Language: English
• Term: Summer semester
• Number of lecture hours: 3
   

Required lectures

• None
   

Required special knowledge

• None
   

Goal of qualification

• Knowledge of system theory of time-discrete systems
• Knowledge of time-discrete transforms
• System structures
   

Contens of the lecture

• Discrete-time signals and systems
• Discrete convolution
• Difference equations
• Sampling of signals
• FIR and IIR digital filters
• Fourier Transform and Discrete Fourier Transform
• z-Transform
   

Academic achievement

• Written exam
• ECTS credits: 4
   

Media 

• Board
• Presentation
• Matlab
• Homework sheets
   

Literature

• Proakis, J.G.;Manolakis, D.G.: Digital Signal Processing, Prentice Hall; ISBN-10 0-13-187374-1;
  UB KL Signatures: EIT 622/154, L EIT 112.
• Script of the German lecture: (PDF)

• Introduction slides (PDF)
• Link to Proakis Digital Signal Processing (ebook). Only one person at the same time, please close after use.
   
• Discrete time signals and systems (PDF) (With audio commentary) (Matlab)
• Analysis and implementation of LTI systems (PDF) (With audio commentary)
• Homework #1 (PDF) (With solutions)
• Corresponding literature  (PDF)
   
• The z-transform and its application to LTI systems (PDF) (With audio commentary)
• The z-transform (PDF) (With  audio commentary)
• Homework #2 - #3 (PDF) (Solution #2) (Solution #3)
• Homework #4 - #5 (PDF) (Solution #4 - #5)
• Corresponding literature  (PDF)
• Symbolic computations in Matlab (Example)
   
• Frequency analysis of discrete-time signals (PDF) (With audio commentary)
• Fourier transform (PDF) (With audio commentary)
• Homework #6 (PDF) (Solution #6)
• Homework #7 (PDF) (Solution #7)
• Corresponding literature (PDF)
   
• DFT (PDF) (With audio commentary)
• Filtering using the DFT (PDF) (With audio commentary)
• Frequency analysis using the DFT (PDF) (With audio commentary) (Matlab)
• FFT (PDF) (With audio commentary)
• Homework #10 (PDF) (Solution #10)
   
• Implementation of discrete-time systems (PDF) (With audio commentary) (Matlab)
• Homework #8 (PDF) (Solution #8)
   
• Digital Filters (PDF) (With audio commentary)
• Homework #9 (PDF) (Solution #9)
   
• Exam from 30.7.2020 (PDF)
• Exam from 31.3.2021 (PDF)
• Matlab example for problem 4 from the exam from 5.10.2017 (Matlab)
   
• The password for this material and the material itself is only for your personal use and must not be disclosed to third parties.