Enabling Virtual Validation and Verification for ADAS and AD Features

Important results from the project

The EVIDENT project achieved its objective by developing virtual validation methods for ADAS/AD functions. It addressed the difference between physical and virtual testing and provided a method for gap analysis and credibility assessment. The project improved industry collaboration, contributed to regulatory discussions and identified new research areas. It resulted in several case studies, publications and insights for future simulation-based validations.

Expected long term effects

The EVIDENT project is expected to have long-term impacts by improving the reliability of virtual simulations, reducing the need for costly physical testing. The project promotes collaboration between academia, industry and small businesses, increasing innovation and competitiveness. It also contributes to the regulatory framework by establishing methods for assessing the credibility of virtual toolchains, supporting the development of autonomous vehicles.

Approach and implementation

Evident originally planned broader simulations but adjusted the scope to five case studies due to project constraints. Most activities were on schedule, but challenges with a broken radar, fully booked test track, and resources leaving partner companies required adjustments to scope and schedule. Despite external and technical setbacks, the partners effectively shared tools and data, leading to validated methodologies and several research publications.