Analog and Digital Signal Processing

Contents

Chapter 1.
Introduction

Chapter 2.
Discrete-time signals

2.1 Important discrete-time operations
2.2 Important discrete-time signals

Chapter 3.
Discrete-time systems

3.1. memoryless systems
3.2. linear systems
3.3. time-invariant systems
3.4. causality
3.5. stability
3.6. linear time-invariant systems (LTI systems)
3.7. properties of LTI systems
3.8. linear difference equations with constant coefficients

Chapter 4.
Discrete-time signals and systems in the spectral domain

4.1. Eigenfunctions of LTI systems
4.2. Representation of sequences using Fourier transforms
4.3. Symmetry properties of the Fourier transform
4.4. Theorems of the Fourier transform

Chapter 5. z-transform

...is extended.

Dates

The Digital Signal Processing course is offered every summer semester. Please refer to the lecture announcement for the start of the lecture and the lecture times.

(copy 1)

+ 2LP scientific project

Online community Moodle

The course is also available online. All students at the University of Wuppertal can register free of charge on the Moodle learning platform and access additional teaching materials. This includes, for example, course-related tests and an online forum where questions can be asked and answered online.