The design of Real Time and embedded systems must be powerful, efficient, and highly reliable. The constraints of processor and memory resources add to this challenge. Sophisticated developers rely on design patterns for building fail-safe RTE systems.
Real Time
Design Patterns for Embedded and Real Time Systems
מספר הקורס 3867
המועדים הקרובים
קורס לקבוצות
הקורס נפתח במתכונת של קבוצה בלבד, בהתאמה אישית לארגונים.
לפרטים נוספים: Muzman@johnbryce.co.il
Overview
On Completion, Delegates will be able to
Design Principles in RTE systems
Object Oriented Design
Coordinating and organizing system components and subsystems
Managing memory and resources
Building safe and reliable architectures
Mapping subsystem and component architectures to underlying hardware
Who Should Attend
תכנית הלימודים
full syllabus
Overview
- Real time systems design
- Design patterns overview
- Patterns examples
Languages
- C pitfalls
- C++ in embedded and real time systems
- Embedded C++ specifications
Implementing Object Oriented Concepts with C
- Classes
- Inheritance
- Polymorphism
Memory Management – Advance techniques
- New and delete operators
- Common pitfalls
- Static allocation
- Pool allocation
- Smart pointer and proxy pattern
- Garbage collection pattern
- Shared memory pattern
Object Patterns
- Manager pattern
- Resource Management Patterns
- Message Handler
- Observers and Publish – Subscribe Patterns
State Machines Patterns
- State Pattern
- Serial and parallel wait state Patterns
- Hierarchical Pattern
Concurrency Patterns
- Concurrency pattern
- Message Queue pattern
- Interrupt pattern
- Cyclic executive
- Static and dynamic priorities
- Priority inversion
- Simultaneous locking
- Concurrency problems
- Parallel programming
- Case study: OpenMP
Hardware Interface Patterns
- Serial Interface pattern
- Hardware devices pattern
- Synchronizer pattern
- Timer management patterns
Protocols and Architectures Patterns
- Transmit and Receive handlers
- Stack and layers pattern
- Layered patterns
- Microkernel pattern
- Virtual machines
Appendixes
- Effective STL
- UML
- Case study: Embedded system design with UML
PrerequisitesDelegates should have a working knowledge of C/C++, and some knowledge of Embedded/Real Time programming
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