Real Time Systems

Course Type: 
Core Course
ID: 
M142
ECTS: 
8
Credits: 
3
Semester : 
Spring
Specialization: 
6th
Credit hours (lecture): 
3
Credit hours (discussion): 
0
Credit hours (lab): 
0
Prerequisites : 
Webpage: 
Textbook: 
<p class="rteleft">Sylvia Goldsmith, &quot;Real Time Systems Development&quot;, Prentice Hall<br /> M. Schiebe - S. Pferrer, &quot;Real Time Systems Engineering and Applications&quot;, Kluwer Academic Publishers</p>
Instructor: 

Introduction , techniques and development tools , analysis , design , real time . Data Flow Diagrams (flows , events , transformations , terminators , control) , state transition diagrams (states , transitions , conditions , actions , time , event storage) , Entity- causality diagrams ( entities , causality , objects , rules) , accompanying documentation ( dictionary , language , keys, etc . ) , Integration Schemes ( stratification , horizontal and vertical equilibrium , checks) .General Framework Diagrams (rules , standards , terminators , interfaces , controls , etc.) List Events ( events , responses , classifications , general rules , controls) , Behavior Model ( strategies , character, preliminary models , lists, stratification restriction) Montelopoiisi- Processor architecture (specifications , evaluation , assessment requirements , real time , distributions , interfaces , control processes , tracking tables) , Software Modeling (architecture , processes , parallelism , functionality , interfaces , security, evaluation) , Modeling Code. Examples and Applications.