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Topic Title: Embedded Systems
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Created On: 7-Sep-2006 14:21
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 7-Sep-2006 14:21
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Brandi Carroll

Posts: 82
Joined: 22-Jul-2004

Embedded Systems

Vorarlberg University of Applied Sciences
Dornbirn, Austria
[url]www.fhv.at[/url]

Instructor: Horatiu O. Pilsan
Program: Undergraduate Studies in Computer Science

Course Description
Applications of microprocessor systems in embedded systems
Modelling: introduction to real-time UML, modelling of the object
behaviour, using a real-time framework, simulation methods.
Programming: programming characteristics (limited resources,
interrupt), functioning and programming of simple peripheral units
(e.g. timer/counter, display, keyboard), special peripheral units (e.g.
watchdog, A/D-converter), debugging methods.
Real-time: properties of real-time systems, mode of operation and use
of real-time operating systems, analysis of real-time systems,
integration of communication stacks.
Used programming language: C/C++.

Course Aims and Objectives
The students learn the specific properties of embedded and real-time
systems as well as the basics of modelling and multitasking
programming for this type of systems and the integration of
communication protocols. They are able use this type of systems in
solving an embedded system problem.

Prerequisites
Knowledge similar to the following courses taught in our computer
science undergraduate study program:
- Computer Architecture and Organization (1. semester).
- Operating Systems (1. semester).
- Computer Networks (2. semester).
- Object Oriented Programming (2. semester)

Teaching and Learning Methods
- Interactive lectures
- Self directed learning
- Laboratory exercises

Assessment
Final written and practical examination.

In this course the students, working in groups of two, will have to
implement a solution for a embedded systems problem, that will have
to run on the exercise platform board (Pentium 3 compatible,
withVxWorks running on it and including peripherals such as A/D and
D/A converter, serial interfaces, counter/timer, Ethernet, simple
display and keyboard, etc.).
Rhapsody is intended to be used through the entire course for:
- requirements analysis of the problem,
- modelling of the system (both static and dynamic),
- implementation using C and/or C++.
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