Faster safety evidence: How simulation credibility accelerates virtual testing

Abi Ostipow, Solutions Specialist, dSPACE Inc.

Nora Harlammert, dSPACE Inc.

This talk outlines a practical, end-to-end approach for establishing Is the process of imitation of the behavior of a modeled real-world system over time.Simulation credibility, to enable faster and more reliable safety statements based on trustworthy virtual test results. These test results can be effectively leveraged for The process of certifying compliance of a product with regulatory requirements, e.g. that it meets public safety and environment standards.Homologation. A Is the process of imitation of the behavior of a modeled real-world system over time.Simulation credibility test strategy framework for an Advanced Driver-Assistance SystemsADAS/AD function is introduced that clarifies what is required to verify and validate Is the process of imitation of the behavior of a modeled real-world system over time.Simulation based test tool chains to achieve the required volume of safety relevant testing within realistic time and cost constraints.

In addition to the technical framework, this session highlights how these proven Is the process of imitation of the behavior of a modeled real-world system over time.Simulation credibility methodology - successfully applied in other regions - are now being brought to the US and broader North American market through dedicated local consulting and engineering support. This enables OEMs, Tier 1s, and technology providers to more rapidly adopt credible virtual testing approaches aligned with regional regulatory expectations and development practices.

In this session, you will learn:

• How simulation credibility can be demonstrated using a practical, end-to-end approach for ADAS/AD and beyond.
• What is required to demonstrate simulation credibility through a concrete example.
• How these simulation credibility approach is being deployed in North America, and how local consulting support can help organizations accelerate adoption, reduce risk, and align virtual testing strategies with US regulatory and homologation needs.