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Course Outline

Introduction to Advanced AUTOSAR RTE Development

  • Overview of RTE development.
  • Advanced features and benefits of AUTOSAR RTE.
  • Review of RTE design patterns and their practical applications.
  • Overview of AUTOSAR RTE components.

Understanding RTE Configuration and Generation

  • Overview of AUTOSAR RTE configuration.
  • RTE configuration parameters and settings.
  • Configuration of RTE triggers and events.
  • Generation of RTE code using configuration tools.

Working with Advanced RTE Components

  • RTE Event Manager.
  • RTE Communication.
  • RTE Mode Switch.
  • RTE Timing Extensions.
  • RTE Data Monitoring.

Testing and Debugging of AUTOSAR RTE

  • Design and execution of test cases.
  • Debugging techniques and tools for AUTOSAR RTE.
  • Analysis and troubleshooting of RTE issues.

Learning Advanced Topics in AUTOSAR RTE Development

  • Memory management in AUTOSAR RTE.
  • Implementation of RTE in multicore and distributed systems.
  • Best practices for RTE performance optimization.
  • AUTOSAR RTE and ISO 26262 compliance.

Conducting Project Work

  • Practical project work to apply the knowledge and skills learned in the course.
  • Participants will work on an RTE development project using real-world examples and scenarios.

Summary and Next Steps

Requirements

  • Fundamental understanding of AUTOSAR architecture and its components.
  • Proficiency in the C programming language.
  • Knowledge of software development principles and techniques.
  • Familiarity with RTE configuration tools such as Vector DaVinci Configurator Pro or EB Tresos.

Audience

  • Software engineers.
  • Software developers.
  • Architects working on automotive software projects.
 35 Hours

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