摘要
构建了基于Agent决策行为的地下矿火灾疏散仿真复合模型,模型包含地下矿环境火灾子模型和人员疏散子模型。结合Agent自学习适应性的特点,建立了基于前景理论的区间直觉模糊多属性Agent决策行为模型。通过EVAC simulators仿真测试,实现地下矿安全疏散仿真实验。该模型实现了在火灾蔓延情境下,Agent充分考虑人的内在生理、心理行为偏好与不确定性信息,做出快速准确疏散决策的智能行为。
The composite evacuation simulation model of the underground mine fire based on agent decision-making behavior was constructed.The model contains the sub-model of underground mine environment fire and personnel evacuation submodel.According to the characteristics of agent learning adaptability,the agent decision-making behavior model of interval intuitionistic fuzzy multiple attribute was built based on prospect theory.By simulation test through EVAC simulators,underground mine safety evacuation simulation was conducted.The model has realized the intelligent behavior of making fast accurate evacuation decisions,when the agent fully considers people＇s inherent physical,psychological behavioral preferences and the influence of uncertainty information in the dynamic fire spread situation.
作者
卢娜
刘冬梅
要天林
LU Na LIU Dong-mei YAO Tian-lin(College of Economics and Management, Xi＇an Aeronauti cal University, Shaanxi Xi＇an 710077, China)
出处
《消防科学与技术》
CAS
北大核心
2016年第10期1376-1381,共6页
Fire Science and Technology
基金
国家社会科学基金重点项目(14AZD094)
关键词
应急疏散
多智能体技术
行为决策模型
区间直觉模糊多属性
前景理论
emergency evacuation
multi-agent technology
behavioral decision model
multiple attribute of interval intuitionistic fuzzy
prospect theory
