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This chapter addresses supply chain network (SCN) hybrid modeling and fuzzy control under disruptions via Petri nets (PNs). A T-S fuzzy operational model integrating delivery rate regulation experience is established, and a unified PN-based model is developed to visualize continuous operations and discrete disruptions. Fuzzy control criteria are derived through Lagrange-Lyapunov stability analysis on hybrid markings. A hydrogen SCN case validates the effectiveness and superiority of proposed methods in mitigating disruptions and stabilizing operations.

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Petri Net-Based Modeling on Operational and Structural Dynamics

  • 章节

  • 发表日期：

    2026年

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  • Chen Peng,
  • Hongfeng Wang,
  • Yi Yang,
  • Yong Zhang

摘要

This chapter addresses supply chain network (SCN) hybrid modeling and fuzzy control under disruptions via Petri nets (PNs). A T-S fuzzy operational model integrating delivery rate regulation experience is established, and a unified PN-based model is developed to visualize continuous operations and discrete disruptions. Fuzzy control criteria are derived through Lagrange-Lyapunov stability analysis on hybrid markings. A hydrogen SCN case validates the effectiveness and superiority of proposed methods in mitigating disruptions and stabilizing operations.