Lecture "Signals and Systems II"
Basic Information
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Lecture overview | |||
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Lecturers: | Gerhard Schmidt (lecture), Patricia Piepjohn and Johannes Hoffmann (exercise) | |||
Room: | Digital format (videos and live question time) | |||
Language: | German | |||
Target group: | Students in electrical engineering and computer engineering | |||
Prerequisites: | Signals and Systems, Part 1 | |||
Contents: |
This course teaches basics in systems theory for electrical engineering and information technology. This basic course is focused on stochastic signals and linear systems. Topic overview:
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References: | E. Hänsler: Statistische Signale, 3.Auflage, Springer, 2001 H. D. Lüke: Signalübertragung, Springer, 1995 H. W. Schüßler: Netzwerke, Signale und Systeme II: Theorie kontinuierlicher und diskreter Signale und Systeme, Springer, 1991 |
News
The lecture will be presented as videos that you can find below as well as on the chairs' YouTube channel. In addition, there will be zoom meetings that take place very Thursday, 08:15 h (for questions, etc.). The first one will take place on November, 5th. To get access to the online-live meeting please register for the lecture via the OLAT system.
Lecture Slides
Lecture Videos
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Video | Content | Please watch until | |||
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Modulation - part 1 of 2 |
05.11.2020 - 08:15 h |
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Modulation - part 2 of 2 |
12.11.2020 - 08:15 h |
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State-space description - part 1 of 2 |
19.11.2020 - 08:15 h |
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State-space description - part 2 of 2 |
26.11.2020 - 08:15 h |
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Random processes - part 1 of 2 |
03.12.2020 - 08:15 h |
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Random processes - part 2 of 2 |
10.12.2020 - 08:15 h |
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Reaction of linear systems to random processes - part 1 of 1 |
17.12.2020 - 08:15 h |
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Ideal systemes - part 1 of 2 |
07.01.2021 - 08:15 h |
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Ideal systemes - part 2 of 2 |
14.01.2021 - 08:15 h |
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Add-ons (transforms) - part 1 of 2 |
14.01.2021 - 08:15 h |
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Add-ons (transforms) - part 2 of 2 |
21.01.2021 - 08:15 h |
Exercises
Solutions for the Exercises
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Link | Content | ||
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Solutions to all exercises. |
Exercise Videos
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Video | Content | Please watch until | |||
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Exercise 1 |
12.11.2020 - 10:00 h |
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Exercise 2 |
19.11.2020 - 10:00 h |
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Exercise 3 |
26.11.2020 - 10:00 h |
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Exercise 4 |
03.12.2020 - 10:00 h |
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Exercise 5 |
10.12.2020 - 10:00 h |
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Exercise 7 |
17.12.2020 - 10:00 h |
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Exercise 8 |
07.01.2021 - 10:00 h |
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Exercise 9 |
14.01.2021 - 10:00 h |
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Exercise 10 |
21.01.2021 - 10:00 h |
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Exercise 14 |
28.01.2021 - 10:00 h |
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Exercise 15 |
04.02.2021 - 10:00 h |
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Exam preparation |
04.03.2021 - 8:30 h |
Matlab Theory Examples
Students can use Windows Remote Server to run Matlab scripts from home.
!!! 01.01.2021: Note that students can now use MATLAB for free on their own devices using the new campus-wide license.
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Link | Content | Date | |||
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Matlab introduction | 19.11.2020 | ||||
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Amplitude modulation | 12.11.2020 | ||||
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Angle modulation | 26.11.2020 | ||||
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Frequency modulation | 03.12.2020 | ||||
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Pulse amplitude modulation | 10.12.2020 | ||||
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Random processes | 17.12.2020 | ||||
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Autocorrelation function | 07.01.2021 | ||||
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Correlation analysis | 14.01.2021 | ||||
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Hilbert transform | 21.01.2021 | ||||
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State space description (I) | 28.01.2021 |
Evaluation
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Link | Content | Link | Content | ||||
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Current evaluation | ![]() |
Completed evaluations |
Matlab demos
Current Exam
Previous Exams