Virtual homologation of an ALKS according to UNECE R157

White Paper

White Paper

A CLOSER LOOK AT A RECOMMENDED PROCESS AND TEST APPROACHES FOR THE VIRTUAL HOMOLOGATION OF AN ALKS

Proving that an automated driving risk is acceptable requires extensive investigation into the challenge of handling real-world traffic. UNECE R157 is the first regulation to formalise the idea of virtualising major parts of the validation and homologation process. This white paper discusses a recommended process for the virtual homologation of an Automated Lane Keeping System (ALKS) by following the provisions in UNECE R157, including test approaches to prove system safety.

 

Co-authored by dSpace Logo


Why download the white paper?

  • Get an overview of the current version of the UNECE R157 for the virtual validation and homologation of an ALKS
  • Gain insights into scenario-based test approaches
  • Find out more about how to verify system safety for an ALKS and how to ensure reliability of simulation results
  • Learn more about the tool chain and how to validate it

Related services: Compliance with new Automated Lane Keeping System Regulation | Homologation and Global Market Access Autonomous Driving

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