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Introduction to AUTOSAR/OSEK RTOS I
Rating: 4.5 out of 5(635 ratings)
4,469 students

Introduction to AUTOSAR/OSEK RTOS I

Master AUTOSAR/OSEK OS. The 1st RTOS In Automotive Software Industry
Created bySarea Alhariri
Last updated 7/2023
English

What you'll learn

  • OSEK RTOS overview
  • SW development cycle in OSEK based environment
  • OSEK OS task management
  • OSEK OS resource management
  • OSEK OS standard APIs

Course content

3 sections45 lectures3h 28m total length
  • Introduction1:32
  • Motivation3:18
    • What is OSEK OS? 

    • What are OSEK kernel internal features? 

  • OSEK OS Overview1:31
  • OSEK Development Process4:19
  • OIL Configuration File1:45
  • OIL Formal Description And Generation4:26
  • Environment Setup1:12

Requirements

  • Basics of C programming
  • Simple background in RTOS and MCU programming

Description

Learn the most common real time operating system in the Automotive software industry.

OSEK operating system which is the standard platform that is running on almost all of the Electronics Control Units (ECUs) in modern vehicles to support different application software components.

This course provides an overview of what an OSEK real time operating system is and how it works using ARM Keil Uvision simulator and/or TM4C123 evaluation kit.

In this course, we will start with quick intro to the OSEK OS kernel and its internal features. The SW development cycle in an OSEK based environment will be discussed including the OIL (OSEK Implementation Language) formal description and the system generation stage as a part of the compilation process. After this we will discuss the task management module in OSEK operating system including task types, task state machine, task properties and the services that are provided by OSEK kernel to manipulate the application tasks.

Then, The resource management will be discussed including the resource concepts, shared resources problems such as priority inversions and deadlock and the priority ceiling pattern that is required by OSEK standard to solve these problems.

The course includes lots of examples to make sure that you have a thorough and practical understanding.

Now lets get started. 



Who this course is for:

  • Embedded SW engineers
  • Automotive SW developers
  • SW developers curious about automotive SW industry
  • Software engineering students