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The participants will after the course have insight into and experience with development techniques for embedded real-time systems with focus on architecture and design of this type of systems using appropriate architecture styles, software architecture pattern and mechanistic design patterns e.g. GoF patterns. The emphasis will be on selecting and validating the right architecture and patterns for a given problem.
The working method of the course will train the participants in communicating and documenting architecture and design solutions.
Basic knowledge of OO analysis and design with UML and a basic knowledge to GoF design patterns.
Finn Overgaard Hansen
Lectures and exercises.
The learning is devided into two parallel tracks. The theoretical track and an exercise track using the theory on real-time embedded system problems. The exercises are performed in minor groups.
Douglas, Bruce. Real-Time Design Patterns - Robust Scalable Architecture for Real-Time Systems, Addison-Wesley, 2003. Supplemented with research articles and notes.
http://kurser.iha.dk\eit\tiarem
March, re-examination after appointment with lecturer
Aarhus School of Engineering (ASE)
The participants must at the end of the course be able to:
Describe and document the architecture and design of an embedded real-time system using UML
Oral exam (20 min) without preparation, 7-scale, external examiner
A number of compulsory assignments must be approved in order for the participants to take part in the oral exam.