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The overall goal of the presented approach is the identification and reduction of risks introduced by connected, cooperative and automated mobility (CCAM) functions and a process for their evaluation and validation, especially considering critical interactions with other road users. The combination of different tools is emphasized in order to obtain a comprehensive view on the CCAM functionality. Appropriate toolchains for different types of simulations are presented. Furthermore, a real-world test bed is utilized to observe real world behaviour of road users and to evaluate CCAM functions under real conditions. Some results regarding a practical application examples are presented.

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Systematic Analysis of Automation Safety – Combining Different Perspectives by Simulation and Test Bed Evaluation

  • 会议论文

  • 出版模式：

    开放获取

  • 发表日期：

    2026年

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  • Martin Fischer,
  • Björn Bahn,
  • Michaela Rehm,
  • Lennart Asbach

摘要

The overall goal of the presented approach is the identification and reduction of risks introduced by connected, cooperative and automated mobility (CCAM) functions and a process for their evaluation and validation, especially considering critical interactions with other road users. The combination of different tools is emphasized in order to obtain a comprehensive view on the CCAM functionality. Appropriate toolchains for different types of simulations are presented. Furthermore, a real-world test bed is utilized to observe real world behaviour of road users and to evaluate CCAM functions under real conditions. Some results regarding a practical application examples are presented.