Foundations of Embedded Real-Time Systems: erinevus redaktsioonide vahel
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== Course Description in the Studies Information System == | == Course Description in the Studies Information System == | ||
Redaktsioon: 16. september 2011, kell 17:54
Course code: ITI8500
Teacher: Endre Domiczi
Contact: emddom@gmail.com Subject should contain the string "iti8500"
Tel: 53485178 (SMS preferred)
Link: http://www.lambda.ee/index/Foundations_of_Embedded_Real-Time_Systems or http://www.lambda.ee/index/iti8500
Link to other course(s) kept (earlier) by emddom http://www.lambda.ee/index.php/Itx8065 i.e. http://www.lambda.ee/index.php/Software_Development_and_System_Programming
Link to NEW WEBSITE https://sites.google.com/site/iti8500/
Latest News
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Course Description in the Studies Information System
Foundations of Embedded Real-Time Systems
Lecture: Amount, Time and Location, Scores
- Lecture: Wednesday 10.00 - 11.30 in IT-140
Groups: IVEM11, IVSM11
- Lab: Wednesday 12.00 - 13.30 in IT-109, IT-213F, IT-213G
Groups: IVEM11, IVSM11
ITK: course ends with EVALUATION. The Evaluation is in writing, two or more hours.
There will be an Evaluation/Exam in December (if allowed) and one or two in January.
(the exact dates will be announced later)
Exam, Preparation, Evaluation, Results
- 1 exam (mostly for foreign students who return to their home country after the semester)
- according to the regulations
- At the exam one has to develop a model of a system.
- at the beginning of the exam each examinee can propose 2 systems, one of which is selected by exam supervisor
- For the chosen system (at least) the following have to be elaborated (20 points)
- Use Cases
- Sequence diagrams
- Class diagrams (problem domain)
- Class diagrams (design)
- Statecharts
Student Presentations & Rewards
- Student groups for presentation: please click here for signing up.
- The email should contain for each group member the name, student number and email-address. Please don't touch the subject line (or only add to it)
- presentation time is min. 20 minutes.
- topics can be selected from materials on this page that are prefixed with "Additionally:" or you can come up with your own, but then you should agree on it in advance with me
- Student presentations
- Maili Markvardt (20.11.2009): IDEs for AVR development(on Windows) : Maili_Markvardt__IDEs.pdf
- Huber Raul Flores Macario (27.11.2009): Lego Mindstorms project with LeJOS : HRF_Macario__LeJOS_Lego_Mindstorms.pdf
- Huber Raul Flores Macario (04.12.2009): Embedded System Patterns : HRF_Macario__Pattern_presentation.pdf
- Jing Fu (submitted, not presented): Presentation on Robots : Jing_Fu_robot_presentation.pdf
Lecture plan and materials
The course DOESN’T HAVE a single course-book. As follows, material for each lecture is given separately.
NB! Materials for not-yet-delivered lectures are preliminary: they are changed, supplemented during the course.
Bran Selic on UML
Madis Reivik from Volta Labor
13.11.2009 Madis Reivik gave a guest lecture. Material will be uploaded later.
(N)obligatory textbooks
To pass the course one must read the the following material. NB! The amount of obligatory material may be increased : follow the list
DIY material (obligatory)
- The Definitive Guide to How Computers Do Math: Featuring the Virtual DIY Calculator by Clive Maxfield and Alvin Brown
- "DIY Calculator site"
- On the DIY downloadpage you will find the DIY Calculator's installer
- The Official DIY Calculator Data Booka 202 page (starting from 1 :-) PDF file
- Instructions for various Labs
- Workbench Lab instructions
