Introduction

This training provides a foundational understanding of automotive operating systems, focusing on their architecture, design principles, and role in modern vehicles. With the rise of connected and autonomous vehicles, automotive operating systems play a critical role in managing in-vehicle networks, supporting safety-critical functions, and enabling seamless integration of advanced driver assistance systems (ADAS). The course covers key concepts, technologies, and industry standards, equipping participants with the knowledge to understand and work with automotive-grade operating systems.

Prerequisites

• Basic knowledge of operating system concepts
• Familiarity with embedded systems and software development
• Understanding of automotive systems is beneficial but not mandatory

Table of Contents

1. Introduction to Automotive Operating Systems
1.1. Evolution of Operating Systems in Vehicles
1.2. Key Features and Requirements of Automotive Operating Systems
1.3. Role in Modern Automotive Ecosystems

2. Architecture of Automotive Operating Systems
2.1. Layered Design of Automotive Operating Systems
2.2. Hardware Abstraction Layer (HAL)
2.3. Integration with Vehicle Communication Networks

3. Real-Time Operating Systems (RTOS) in Automotives
3.1. Importance of Real-Time Capabilities
3.2. Scheduling and Task Management
3.3. Examples of Automotive RTOS

4. Industry Standards and Compliance
4.1. AUTOSAR: Automotive Open System Architecture
4.2. Functional Safety (ISO 26262)
4.3. Cybersecurity Standards (ISO/SAE 21434)

5. Advanced Features of Automotive Operating Systems
5.1. Support for ADAS and Autonomous Driving Systems
5.2. Over-the-Air (OTA) Updates
5.3. Power Management and Efficiency

6. Challenges in Automotive Operating System Development
6.1. Ensuring Safety-Critical Performance
6.2. Managing Hardware Diversity
6.3. Balancing Real-Time and High-Performance Needs

7. Case Studies and Examples
7.1. Analysis of Popular Automotive Operating Systems
7.2. Real-World Applications and Implementations
7.3. Trends in Automotive Software Development

8. Future of Automotive Operating Systems
8.1. Role of AI and Machine Learning
8.2. Software-Defined Vehicles
8.3. Innovations in Connected and Autonomous Vehicles

Conclusion

Automotive operating systems are the backbone of modern vehicles, ensuring safety, performance, and advanced functionality. By understanding their architecture and capabilities, participants will gain insights into the technologies driving the automotive industry’s evolution. This knowledge will help them navigate the challenges and opportunities in this dynamic field.