Design and Programming of Embedded Multicore Architectures
Examination
NES (NES-11-20-19):
the written exam takes place in BAR/SCHÖ/E on Friday, 14.08.2020 from 17:00 to 18:00
IST, INF and MedienINF (INF-B-510, INF-B-520, INF-B-530, INF-B-540, INF-E-3, INF-LE-EUI, INF-PM-ANW, INF-VERT5):
Please send a mail to to organize an appointment for an oral exam.
INF-PM-ANW:
Please send a mail to , because this module includes additional 60h self-study.
Module number not mentioned:
Please send a mail to .
Organizational Matters
|
Lecture: |
Monday, 6.DS (16:40-18:10, Room APB/E023), Nöthnitzerstr. 46 |
| Begin (Online Opal): | 06.04.2020 |
| Exercise / Labs: | Thursday, 6.DS (16:40-18:10, Room APB/1061 APB/E006), Nöthnitzerstr. 46 |
| Begin (Online Opal): | 20.04.2020 |
| Material: | OPAL |
Integration into the Study Plan
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Forms of Teaching: |
2 SWS Lecture and 2 SWS Exercises |
| Period: | Every Summer Semester |
| Workload: | 180h |
| Duration of Module: | 1 Semester |
| Study Programmes: | INF-B-510: Bachelor Informatik INF-B-520: Bachelor Informatik INF-B-530: Bachelor Medieninformatik INF-B-540: Bachelor Medieninformatik INF-E-3: Master Informatik INF-LE-EUI: Lehramt Elektrotechnik und Informationssystemtechnik INF-PM-ANW: Diplom Informatik /Master INF-VERT5: Diplom Informatik / Master Informatik / Diplom IST NES-11-20-19: Master Nanoelectronic Systems |
Content
The module provides overview and special knowledge in the fields of design, simulation, and programming of modern embedded systems consisting of several processors and specialized accelerators. The exercises accompanying the lectures serve to strengthen the lecture material and provide practical experience in the above-mentioned subject area.
Qualification Goals
- Knowledge in the areas of design and programming of modern embedded systems
- Knowledge in the field of simulation of embedded multicore architectures
- Practical skills to use embedded operating systems, such as Embedded Linux or FreeRTOS, on a modern embedded system, such as the Xilinx Zynq System-on-Chip
Prerequisites for Awarding Credit Points
The credit points are acquired if the module examination is passed. If more than 10 students are registered, the module examination consists of a 60-minute written examination. For up to 10 registered students, it consists of an oral examination as an individual examination of 30 minutes. The type of the concrete examination performance will be announced at the end of the registration period as is customary in the faculty.
Credit Points and Grades
6 credit points can be earned through the module. The module grade corresponds to the grade of the examination performance.