Lecture: |
Approx. 6-8 blocks on fridays; exact dates TBA |
Contact: |
The lecture opens the door for you to become a future embedded systems programmer, where we start from scratch. This means, first, we have a detailed introduction to the C-programming languages and deepen our newly learned C-programming skills by looking at a fairly simple Real-time Operating System called FreeRTOS. We look at concepts, programming patterns and problems inherent to embedded real-time systems and features of the ARM Cortex M architecture, and hit topics such as the programming of interrupt service routines, bit-band aliasing and memory protection units. This is followed by a deep dive into the programming of embedded Linux, where we do not stop at the Kernel-interface. Finally, we look at programming of multicore systems on top of a microkernel and take note of the latest HW virtualization techniques. I welcome all those of you who are willing to roll up their sleeves and get ready for some coding.
The course will be organized through OLAT. Link TBA.
Lecture: |
Approx. 6-8 blocks on fridays; exact dates TBA |
Contact: |
The lecture opens the door for you to become a future embedded systems programmer, where we start from scratch. This means, first, we have a detailed introduction to the C-programming languages and deepen our newly learned C-programming skills by looking at a fairly simple Real-time Operating System called FreeRTOS. We look at concepts, programming patterns and problems inherent to embedded real-time systems and features of the ARM Cortex M architecture, and hit topics such as the programming of interrupt service routines, bit-band aliasing and memory protection units. This is followed by a deep dive into the programming of embedded Linux, where we do not stop at the Kernel-interface. Finally, we look at programming of multicore systems on top of a microkernel and take note of the latest HW virtualization techniques. I welcome all those of you who are willing to roll up their sleeves and get ready for some coding.
The course will be organized through OLAT. Link TBA.
News: |
The Project is managed via OLAT. |
Dates: |
Kick-Off meeting at 2nd November, 17:15 in room 36-438 |
Contact: |
Eric Jedermann |
Official module entries:
Bachelor: [89-4045] INF-40-45-M-4
Master: [89-4245] INF-42-45-M-7
(old module nr: INF-42-45-L-6)
This year's project will be about the Physical-Layer: How is communication realized in the phyical layer? Which properties influence the communication? Which choises can be done to react on this influences?
Keywords: SDR, SNR, Modulation, Encoding
Lecture: Kommunikationssysteme (Communicationsystems)
And one of the two lectures "Networksecurity" or "Protocols and Algorithms of Network Security"
News: |
- |
Dates: |
Kickoff meeting: 8.11. at 17:15 in 36-438 (disco seminar room) |
Contact: |
B. Sc. Vlad-Cristian Constantin |
This year's project will revolve around simulating traffic in TSN networks and the subsequent creation of a workflow from network creation to analysis.
Official module entries:
Bachelor: [89-4045] INF-40-45-M-4
Master: [89-4245] INF-42-45-M-7
This project will be organized via the OLAT system.
TBA
News: |
The lecture is organized via OLAT. https://olat.vcrp.de/url/RepositoryEntry/3888809675 PW: integer |
Lecture: |
Mon 10:00 - 11:30 roughly every other week |
Exercises: |
Mon 15:30 - 17:00 (online) (announced each time) |
Contact: |
Prof. Dr.-Ing. Jens Schmitt |
The objective of this lecture is to introduce the art of performance-related modeling of distributed systems. We will use worst-case assumptions in order to obtain robust results.
We offer a variety of bachelor and master theses at any point in the academic year. Also check out some of our completed theses. Read more...