Scholarlink

In the 4th Industrial Revolution era, automation processes operate in a more modular, flexible, and reconfigurable manner, leveraging decentralized decision-making and distributed control. The IEC-61499 Function Block (FB) technology offers a suitable approach to implementing distributed automation control systems. This paper describes the development of a dynamic, on-the-fly reconfiguration control system based on the IEC-61499 standard, applied in a conveyor transfer system case study to automatically adapt its operation to face changes in the number and position of the conveyor modules. The developed control system considers a Python-based FB network using the DINASORE framework. The experimental tests showed promising results regarding the ability of the system to adapt automatically, on-the-fly to condition changes as well as scalability and robustness.

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Reconfigurable Conveyor Transfer System Using IEC-61499 Function Blocks

  • 会议论文

  • 发表日期：

    2025年

查看全文
  • Leonardo Mendonça,
  • Gustavo Funchal,
  • Frederico Fagundes,
  • Paulo Leitao

摘要

In the 4th Industrial Revolution era, automation processes operate in a more modular, flexible, and reconfigurable manner, leveraging decentralized decision-making and distributed control. The IEC-61499 Function Block (FB) technology offers a suitable approach to implementing distributed automation control systems. This paper describes the development of a dynamic, on-the-fly reconfiguration control system based on the IEC-61499 standard, applied in a conveyor transfer system case study to automatically adapt its operation to face changes in the number and position of the conveyor modules. The developed control system considers a Python-based FB network using the DINASORE framework. The experimental tests showed promising results regarding the ability of the system to adapt automatically, on-the-fly to condition changes as well as scalability and robustness.