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Spearheading the adoption of trustworthy AI and cyber security across the triad of automotive, transportation, and logistics embark on rigorous evaluations of applications rooted in open hardware/software ecosystems. Open innovations at chip, embedded and/or system level foster research on security-, safety-, privacy-, and accountability-by-design. Cyber-physical system of systems amplifies the fortress of AI-powered solutions and cyber-physical security, with particular emphasis on open-source frameworks. This paper presents an integrated design flow methodology that incorporates chip, embedded and system-level design and development. The proposed methodology is aligned with the recent trends and state-of-the-art dealing with open-source hardware and software development.

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Integrated Design Flow Methodology for Open-Source Innovations in Smart Transportation: Empowering Accountable AI and Cybersecurity

  • 会议论文

  • 出版模式：

    开放获取

  • 发表日期：

    2026年

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  • Alper Kanak,
  • Salih Ergün,
  • Ali Serdar Atalay,
  • Ahu Ece Hartavi Karci,
  • Baran Çürüklü

摘要

Spearheading the adoption of trustworthy AI and cyber security across the triad of automotive, transportation, and logistics embark on rigorous evaluations of applications rooted in open hardware/software ecosystems. Open innovations at chip, embedded and/or system level foster research on security-, safety-, privacy-, and accountability-by-design. Cyber-physical system of systems amplifies the fortress of AI-powered solutions and cyber-physical security, with particular emphasis on open-source frameworks. This paper presents an integrated design flow methodology that incorporates chip, embedded and system-level design and development. The proposed methodology is aligned with the recent trends and state-of-the-art dealing with open-source hardware and software development.