Design and build a software suite According to autosar standards Used For the electric power steering System (eps) ecu

Abstract

This study focuses on the design and evelopment of a comprehensive software suite aligned with the Automotive Open System Architecture AUTOSAR) standards, specifically tailored for Electric Power Steering System (EPS) Electronic Control Units (ECUs). AUTOSAR's standardized approach aims to enhance interoperability, scalability, and aintainability in automotive software systems. The research begins with an in-depth analysis of AUTOSAR standards, providing a foundation for the subsequent design process. The software suite encompasses various modules catering to the intricacies of EPS, ensuring compliance with AUTOSAR specifications. A particular emphasis is placed on achieving seamless integration with the existing automotive ecosystem, fostering a modular and efficient architecture. Throughout the implementation, a rigorous testing and validation framework is employed to ensure the reliability and real-time performance of the EPS ECU software suite. The study also explores the potential benefits of the AUTOSAR-compliant software, such as improved fault tolerance, adaptability to diverse hardware platforms, and simplified maintenance procedures. The outcomes of this research contribute to the advancement of EPS technology by providing a robust, standardized software solution. The developed software suite not only adheres to AUTOSAR standards but also serves as a benchmark for future developments in EPS ECU software, offering a scalable and interoperable foundation for the evolving landscape of automotive control systems.