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Research on Optimization of Evacuation Path Based on Fuzzy Control and Intelligent Agent Technology-With Open Block Emergency Evacuation as Example

机译:基于模糊控制和智能代理技术的疏散路径优化研究 - 开放块紧急疏散为例

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Evacuation path has an important influence on emergency evacuation efficiency at open space, but the evacuation path based on the shortest path is not the best choice. Such environmental variables as coverage effect of 5G signal is an important basis for intelligent guiding signs to dynamically guide the stream of people for evacuation, with bigger intervention effect with a choice of evacuation path of crowd, influencing the science of planning of evacuation path. In the paper, Yulin open block of Chengdu City is taken as the object of empirical study, and layout of guiding signs is adjusted using fuzzy control and intelligent agent technology to improve distribution of the stream of evacuated people in the space, screen out the evacuation path with high pass rate, and low congestion rate. Research result shows that the effect of the evacuation signs at the existing congestion point is not obvious at all. Fuzzy control can optimize spatial distribution of the stream of evacuated people by adjusting and controlling the degree of familiarity of evacuated crowd with different exits.
机译:疏散路径对开放空间紧急疏散效率具有重要影响,但基于最短路径的疏散路径不是最佳选择。这种环境变量为5G信号的覆盖效果是智能指导标志动态引导人流疏散的重要依据,具有更大的干预效果,具有疏散路径的疏散路径,影响了疏散路径的规划科学。在论文中,成都市的玉林开放块被视为实证研究的对象,采用模糊控制和智能代理技术调整了引导标志的布局,以改善空间中疏散人群流的分布,筛选疏散路径高通率,低拥挤率。研究结果表明,疏散迹象对现有拥塞点的影响根本不明显。模糊控制可以通过调整和控制疏散人群与不同的出口的熟悉程度来优化疏散人流的空间分布。

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