You're reading from AUTOSAR Fundamentals and Applications Establishing a solid foundation for automotive software design with AUTOSAR

Product type Paperback

Published in Dec 2024

Publisher Packt

ISBN-13 9781805120872

Length 254 pages

Edition 1st Edition

Languages

C++

Concepts

Embedded Systems

Author (1):

Hossam Soffar

Preface

1. Part 1: Introduction – The Genesis and Framework of AUTOSAR

2. Chapter 1: Exploring the Genesis and Objectives of AUTOSAR FREE CHAPTER

3. Chapter 2: Introducing the AUTOSAR Software Layers

4. Chapter 3: AUTOSAR Methodology and Data Exchange Formats

5. Part 2: Investigating the Building Blocks of AUTOSAR

6. Chapter 4: Working with Software Components and RTE

7. Chapter 5: Designing and Implementing Events and Interfaces

8. Chapter 6: Getting Started with the AUTOSAR Operating System

9. Chapter 7: Exploring the Communication Stack

10. Part 3: Beyond Fundamentals – Advanced AUTOSAR Concepts

11. Chapter 8: Securing the AUTOSAR System with Crypto and Security Stack

12. Chapter 9: Dealing with Memory and Mode Management

13. Chapter 10: Wrapping Up and Extending Knowledge with a Use Case

14. Index

15. Other Books You May Enjoy

Understanding the AUTOSAR methodology

The AUTOSAR methodology is a structured approach for retrieving the executables of ECUs in automotive systems. It consists of three main steps:

System Configuration: This step involves setting up the entire system. This includes defining the overall architecture, interconnections between ECUs, and specifying the communication protocols.
ECU Configuration: This step focuses on individual ECUs. In this step, specific information related to each ECU is extracted and prepared for subsequent actions. This information is essential for customizing the configuration of each ECU according to its requirements and functionalities.
Code Generation: In this step, the actual executable code for each ECU is generated. This code is derived from the configuration settings and specifications obtained in the previous steps. It ensures that each ECU operates according to its designated functionality within the system.

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