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  - Elektrotechnik und Nachrichtentechnik
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Hardware/Software-Codesign

Overview:

Type: Optional master module for “Elektrotechnik und Informationstechnik“, “Automation and Robotics” and “Informatik”

Frequency: Annually in summer term

Language: English

Lecturer: Prof. Dr. Selma Saidi

Structure:

2 L (LSF: 080316)
1 E (LSF: 080317)
1 T (LSF: TBA) - The Tutorial is going to take place by the end of this term

Start: 30^th Apr 2020

Preparations:

Due to the circumstances caused by Covid-19 all courses are going to take place online.
Therefore, please familiarize yourself with Zoom (and - as a backup - Webex).
Registrations for courses are done as before via LSF, and materials are made available via Moodle workspaces explicitly.
You have to subscribe to the Moodle workspace separately.

Timetable:

Form	Day	Time	Room	Responsible	Start
Lecture	Thursday	14.15 - 16.00	(SRG 3.008)*	Prof. Dr. Selma Saidi	30^th Apr 2020
Exercise	Thursday	16.15 - 17.00	(SRG 3.008)*	Prof. Dr. Selma Saidi	7^th May 2020

*Please note that all courses will be held online until further notice. For latest news and additional information see the associated Moodle workspace.

Description:

Hardware/Software Co-design is the discipline that exploits the synergism of hardware and software through their concurrent design in order to meet system-level objectives. In this lecture, you will learn the design of complex electronic systems at high level of abstractions. This includes the optimized partitioning, scheduling and evaluation of mixed hardware and software design solutions dedicated to embedded systems, system-level design paradigms, modeling and performance analysis of safety-critical and real-time embedded systems.

Material:

The slides and exercises will be uploaded via moodle and the lectures will be offered in a streaming fashion via Zoom (or Webex) in the planned time slots for the lecture.

Literature:

[1] „Specification and Design of Embedded Systems“, D. Gajski, Prentice Hall 1994,

ISBN 0-13-150731-1

[2] „Digitale Hardware/Software Systeme – Synthese und Optimierung“, J. Teich,

Springer Verlag 1997, ISBN 3-540-62433-3

Goals:

By attending this course, students will learn the design of complex electronic systems at high level of abstractions. This includes the optimized partitioning, scheduling and evaluation of mixed hardware and software design solutions dedicated to embedded systems. The tutorial sessions will present advanced related topics in HW/SW codesign and performance analysis for safety-critical and real-time embedded systems.

Content:

Design of mixed Hardware/Software solutions for embedded systems,
Understanding of system-level design paradigms,
HW/SW partitioning, optimization and evaluation of design quality,
Modeling and Performance analysis of safety-critical and real-time embedded systems.

Examination:

Termin: TBA

Form: TBA

Allowed auxiliary means: TBA

Requirements: TBA

Requirements (Prerequisites):

Basic knowledge of computer architectures,
Basic knowldge of C programming language.

Consultation:

Consultation by arrangement.

News:

Platform changed: at the moment, we prefer Zoom - the first lecture can be accessed via moodle
Slides, exercises and everything else can be found in the Moodle workspace
Mistake corrected: Moodle and LSF are not linked, a separat subscription to this course within Moodle is necessary.
Teaching under Covid-19: Preparations added
Start dates and structure updated; LSF numbers announced
Details regarding the examination process are to be announced at the beginning of the upcomming term.

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