Abstract: Syfte och mål:
The project aims to address the research needed for efficient active safety function verification and validation through consistent methods and tools. The target is a chain of flexible tools and methods that significantly will improve test efficiency, test quality and ability for verification and validation of coming active safety systems.
Förväntade effekter och resultat:
The expected result is a framework that models active functions test situations in a manner that can be run is different evaluation environments, such as desktop simulation, simulators, augmented test reality and automated test rack tests, thus linking them. The expected effect is an increase in the virtual verification and validation in active safety function development, such as been achieved for passive safety validation and verification which has led to higher safety efficiency.
Planerat upplägg och genomförande:
The project is planned to be performed with four iteration loops. In each loop will the deliverables of the work packages mature in order to be completed in the end of the project. This approach is taken due to the learnings in the EU-project eVALUE. In eVALUE it was discovered that it was in the use of the tools and methods the insight was gained of actual performance. The insight gained in practical use is thus vital in order to achieve a test process for active safety. Abstract: There is a lack of process, a chain of methods and tools, which can guarantee quality and safety throughout verification and validation of the next generation active safety system. To be competitive, it is necessary for the Swedish companies work with active safety development to have more an efficient and advanced validation and verification process. This project aims to address the research needed in order to achieve effective validation and verification of active safety functions. The target is a chain of flexible tools and methods that significantly will improve test efficiency, test quality and ability for verification and validation of coming active safety systems. The expected result is a framework that models active functions test situations in a manner that can be run is different evaluation environments, such as desktop simulation, simulators, augmented test reality and automated test rack tests, thus linking them. The expected effect is an increase in the virtual verification and validation in active safety function development, such as been achieved for passive safety validation and verification which has led to higher safety efficiency. The project is planned to be performed with four iteration loops. In each loop will the deliverables of the work packages mature in order to be completed in the end of the project. This approach is taken due to the learnings in the EU-project eVALUE. In eVALUE it was discovered that it was in the use of the tools and methods the insight was gained of actual performance. The insight gained in practical use is thus vital in order to achieve a test process for active safety.