Introduction to Embedded Systems

Transcription

1 Introduction to Embedded Systems Part 0: Organisation 1. Audience 2. Language 3. Context 4. Dates and rooms 5. Website 6. Tutor 7. Exercises 8. Lecturer 9. Literature Introduction to Embedded Systems Part 0: Organisation Slide 2 Audience The lecture is part of the following programs: - Diplom Informatik / Praktische Informatik - Diplom Informatik / Vertiefungsgebiet Software für eingebettete Systeme - MS Software Systems Engineering - MS Software Systems Engineering / Specialization Area Embedded Systems - MS Media Informatics - Erasmus Mundus / Embedded Systems Amount: 2 Semesterwochenstunden or 4 ECTS credits, resp. 1

2 Introduction to Embedded Systems Part 0: Organisation Slide 3 Language The language of the lecture will be English, unless all the participants are able to follow the lecture in German. Introduction to Embedded Systems Part 0: Organisation Slide 4 Context: Other lectures by i11 This semester: - Dynamische Systeme für Informatiker (Dynamic systems for computer scientists), 2 SWS/4 ECTS; Wed. 10:00-11:30 (lecture), Mon. 15:15-16:45 (exercises); in German! - The lecture Systematische Software-Entwicklung (Thu., 10:30-12:00) is not for CS students! Next semester: - Embedded Software Engineering (2 SWS/4 ECTS) (in English) - Formal Methods for Embedded Systems (2 SWS/4 ECTS) (tbd) - Safety and Reliability Engineering (2 SWS/4 ECTS) (in English) Please contact me if you need more lectures to complete 12 SWS or 24 ECTS. 2

3 Introduction to Embedded Systems Part 0: Organisation Slide 5 Dates and rooms Lecture: - Tuesday, 10:00 11:30, AH IV Exercises: - Wednesday, 12:45 14:30, every second week, Room 2323 ( Old Building, 3rd floor) Introduction to Embedded Systems Part 0: Organisation Slide 6 Website, Teaching/Lehre Wintersemester 05-06, Introduction to Embedded Systems/Einführung in eingebettete Systeme Place for: - All the necessary information - Slides - Announcements - Links - Forum 3

4 Introduction to Embedded Systems Part 0: Organisation Slide 7 Tutor Falk Salewski Contact: - Forum on - <surname> at informatik.rwth-aachen.de - Phone Room 2321 Introduction to Embedded Systems Part 0: Organisation Slide 8 Exercises (1) The exercises are compulsory for - All MSc (SSE and MI) and Erasmus Mundus students - All Diplom students who want to obtain an Übungsschein (Sie benötigen eine weitere einstündige Übung, um den vollständigen Übungsschein für das Vertiefungsfach Eingebettete Systeme zu erhalten.) - All other students are invited. Capacity limit: 50 participants Participation requires physical presence (and in time appearance) at the exercise dates. Absence can only be accepted if you can provide evidence that you were prevented for unevitable reasons (like medical attestation). 4

5 Introduction to Embedded Systems Part 0: Organisation Slide 9 Exercises (2) Reminder: Wednesday, 12:45 14:30, every second week, Room 2323 ( Old Building, 3rd floor) Registration for the exercises is happening now! If the number of participants is greater 25, two groups are built: - Group A, instructions in English, Start: 26 October Group B, instructions in German, Start: 2 November 2005 If the number of participants is/falls below 25, Group B is cancelled and merged with Group A. Introduction to Embedded Systems Part 0: Organisation Slide 10 Literature (in the CS library) H. Kopetz: Real-Time Systems. Kluwer, P. Marwedel: Embedded System Design. Kluwer, M. Barr: Programming Embedded Systems in C and C++. O Reilly, R.W. Lewis: Programming Industrial Control Systems using IEC IEE, J. Schäuffele u. T. Zurawka: Automotive SW Engineering. Vieweg, 2003 More to be added on website. 5

6 Introduction to Embedded Systems Part 0: Organisation Slide 11 Lecturer: Prof. Dr. Stefan Kowalewski Since 11/2003 Diplom degree in electrical engineering from the University of Karlsruhe PhD, Department of Chemical Engineering, University of Dortmund Head of research group (automotive software technology) at Corporate Research and Advanced Engineering at Robert Bosch GmbH, Frankfurt am Main Habilitation in Control and Safety Engineering, University of Dortmund Professor for Embedded Software, RWTH 6