Digital educational booklet 2016/2017
| 3EAF5 | Real Time OS | Electronics and Applied Physics | S9 | ||||||
|---|---|---|---|---|---|---|---|---|---|
| Cours : 6 h | TD : 0 h | TP : 15 h | Projet : 0 h | Total : 21 h | |||||
| Responsable : Philippe LEFEBVRE | |||||||||
| Pré-requis | |
|---|---|
| good skills in C language, software developpement, microcontrollers |
|
| Objectifs de l'enseignement | |
| Understand what is a real time operating system. Be able to decide when an RTOS is needed |
|
| Programme détaillé | |
| Real Time Operating System introduction Scheduling, priority semaphore, message queues, mutex, critical sections |
|
| Applications (TD ou TP) | |
| Practical works based on FreeRTOS. 1 - cooperative mode 2 - preemptive mode 3 - synchronization and mutual exclusion 4 - final work that need many tasks and synchronization between them. |
|
| Compétences acquises | |
| Skills in embedded systems which need real time OS. Skills in software engineering for systems which need deterministic timing and reliable response. |
|
| Bibliographie | |
| FreeRTOS : www.freertos.org - Using the FreeRTOS Real Time Kernel - Richard Barry MicroC/OS-II - Jean J. Labrosse Linux embarqué - Pierre Ficheux |
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