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This study focuses on wartime medical evacuation modeling and simulation, exploring a method to enhance evacuation efficiency and improve casualty survival rates in combat environments. An agent-based modeling approach is used via AnyLogic simulation platform to construct an integrated air, land, and sea medical evacuation system model. During the simulation experiments, casualty classification, medical resource allocation, and environmental dynamics are analyzed, and scenario testing is conducted to evaluate the adaptability of different transportation modes. The results indicate that the agent-based medical evacuation system demonstrates significant flexibility and safety in complex environments, providing a scientifically sound modeling approach for wartime medical evacuation.

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Agent-Based Wartime Medical Evacuation Modeling and Simulation

  • 会议论文

  • 发表日期：

    2026年

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  • Yaqi Xu,
  • Donghui Huang,
  • Jie Wu,
  • Ziling Liang,
  • Xiong Li

摘要

This study focuses on wartime medical evacuation modeling and simulation, exploring a method to enhance evacuation efficiency and improve casualty survival rates in combat environments. An agent-based modeling approach is used via AnyLogic simulation platform to construct an integrated air, land, and sea medical evacuation system model. During the simulation experiments, casualty classification, medical resource allocation, and environmental dynamics are analyzed, and scenario testing is conducted to evaluate the adaptability of different transportation modes. The results indicate that the agent-based medical evacuation system demonstrates significant flexibility and safety in complex environments, providing a scientifically sound modeling approach for wartime medical evacuation.