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With the trend of industrial interconnection and man-machine integration, major systems such as real-time scheduling of large-scale production, monitoring of the whole process of the manufacturing process are transforming to achieve intelligent interaction of communication and sharing, real-time warning and cooperative operation between man-machine and objects. However, the operation, supervision, and decision-making of the system depend entirely on the information acquisition of the task executor. This project addresses this common challenge by combining gravity model and entropy theory, multi-modal physiological cognition, and intelligent interaction of the industrial system. It explores cooperative interaction mode of all elements of man, machine and physical from logical principles, relevance effects and cognitive representations. This project reveals the process from multi-objective and multi-dimensional information coding to multi-modal physiological response source decoding and constructs information representation mechanism of the whole process of the industrial manufacturing. It will promote the solution of multidimensional data representation methods.

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Information Representation Method of Information Interface with Coupled Visual Task Information Flow and Physiological Cognition

  • 会议论文

  • 发表日期：

    2025年

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  • Xiaoli Wu,
  • Zexi Fang,
  • Xiaoman Jiang

摘要

With the trend of industrial interconnection and man-machine integration, major systems such as real-time scheduling of large-scale production, monitoring of the whole process of the manufacturing process are transforming to achieve intelligent interaction of communication and sharing, real-time warning and cooperative operation between man-machine and objects. However, the operation, supervision, and decision-making of the system depend entirely on the information acquisition of the task executor. This project addresses this common challenge by combining gravity model and entropy theory, multi-modal physiological cognition, and intelligent interaction of the industrial system. It explores cooperative interaction mode of all elements of man, machine and physical from logical principles, relevance effects and cognitive representations. This project reveals the process from multi-objective and multi-dimensional information coding to multi-modal physiological response source decoding and constructs information representation mechanism of the whole process of the industrial manufacturing. It will promote the solution of multidimensional data representation methods.