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面向软件定义汽车的 AI 端到端汽车设计与软件开发

AI-Based End-to-End Automotive Design and Software Development for SDVs

Nenad Petrovic · Alois Knoll

中文摘要

该论文探讨人工智能(AI)支持软件定义汽车(Software-Defined Vehicles, SDVs)端到端设计与软件开发的可能性。基于中央汽车服务器(Central Car Server, CeCaS)及后续欧盟资助项目的成果,提出一套 AI 驱动工具链,将大语言模型(Large Language Models, LLMs)与模型驱动工程(Model-Driven Engineering, MDE)集成,用于把自然语言需求自动转换为系统架构、可执行软件和验证产物。该方案重点关注可追溯性、一致性,以及对汽车安全关键开发要求的符合性。验证在支持自适应巡航控制和紧急制动功能的集中式车载计算平台上开展,并覆盖硬件在环(Hardware-in-the-Loop, HiL)与软件在环(Software-in-the-Loop, SiL)环境。论文还讨论现有能力、实际局限,以及迈向更高程度自动化、可靠性和质量保障、尽量减少人工干预的未来方向。

关键要点

  1. 01探索 AI 驱动 SDV 端到端设计与软件开发工具链
  2. 02将 LLM 与 MDE 集成,自动转换需求、架构、软件和验证产物
  3. 03强调开发过程的可追溯性、一致性与安全关键要求符合性
  4. 04在集中式车载计算平台上通过 HiL 和 SiL 验证功能
  5. 05分析实际能力与局限,指向减少人工干预的自动化开发

解读

尚无解读。

原始英文摘要

arXiv:2610.29160v1 Announce Type: cross Abstract: This paper explores the potential of Artificial Intelligence (AI) to enable end-to-end automotive design and software development for Software-Defined Vehicles (SDVs). Based on our contributions within the Central Car Server (CeCaS) and follow-up EU-funded projects, we present an AI-driven toolchain integrating Large Language Models (LLMs) with Model-Driven Engineering (MDE) to automate the transformation of natural-language requirements into system architectures, executable software, and validation artifacts. The approach emphasizes traceability, consistency, and compliance with safety-critical automotive development requirements. Validation is performed on a centralized vehicle computing platform supporting adaptive cruise control and emergency braking, tested in Hardware-in-the-Loop (HiL) and Software-in-the-Loop (SiL) environments. We discuss current capabilities, practical limitations, and future directions toward increasingly automated, reliable, and quality-assured automotive software development with minimal human intervention.

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