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This paper proposes a holonic architecture, using the Activity-Resource-Type-Instance (ARTI) reference architecture for coordinating resources in a fruit treatment facility to effectively execute processes and tasks within the facility’s operational context. A set of requirements for such a system is formulated after considering the fruit treatment facility context. The design of the architecture is guided by four holonic design principles: Specialization vs Generalization; Mirror the World of Interest; Self-Similarity; and Complexity of Interaction. The integration of these design principles is also discussed, along with mentions of other design considerations.

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ARTI-Based Holonic Architecture for an Operation Support System for a Fruit Treatment Facility

  • 会议论文

  • 发表日期：

    2025年

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  • Divan Smit,
  • Karel Kruger,
  • Anton H Basson

摘要

This paper proposes a holonic architecture, using the Activity-Resource-Type-Instance (ARTI) reference architecture for coordinating resources in a fruit treatment facility to effectively execute processes and tasks within the facility’s operational context. A set of requirements for such a system is formulated after considering the fruit treatment facility context. The design of the architecture is guided by four holonic design principles: Specialization vs Generalization; Mirror the World of Interest; Self-Similarity; and Complexity of Interaction. The integration of these design principles is also discussed, along with mentions of other design considerations.