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The improvement of the functional complexity of the vehicle EOL (End of Line) Line is also becoming more and more complex. Based on the EOL architecture of manufacturing plants and the analysis of service levels, as well as the environmental factors affecting service scheduling, a scalable EOL architecture for functional domain control of intelligent vehicles is proposed, which can adapt to a wider range of detection service levels, facilitate cross-domain module testing to realize data sharing, save development costs and improve quality control.

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Research on EOL Detection Architecture and Application Mechanism of Intelligent Vehicle Manufacturing

  • 会议论文

  • 发表日期：

    2026年

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  • Ma Li,
  • Tan Hui,
  • Jin Liangwei,
  • Jing Jiman

摘要

The improvement of the functional complexity of the vehicle EOL (End of Line) Line is also becoming more and more complex. Based on the EOL architecture of manufacturing plants and the analysis of service levels, as well as the environmental factors affecting service scheduling, a scalable EOL architecture for functional domain control of intelligent vehicles is proposed, which can adapt to a wider range of detection service levels, facilitate cross-domain module testing to realize data sharing, save development costs and improve quality control.