对疏散行为进行仿真研究,探讨让步和障碍物对疏散行为的影响

K. Tani, Y. Maeda, Nao Ito
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引用次数: 3

摘要

如果发生某种灾难时,所有的疏散人员都处于恐慌状态,很难做到顺利疏散。这样的人为灾难会增加破坏。撤离人员在没有个人利益的前提下冷静撤离,对全球撤离行为产生良好的影响。到目前为止,大量的计算机模拟,特别是使用多智能体系统(multi-agent system, MAS)的模拟,试图为顺利疏散阐明有价值的知识。我们还建立了疏散行为的MAS模型。特别地,我们研究了agent相互让步对全局疏散时间的影响,全局疏散时间是指某一空间内的所有agent完全疏散到外部的时间。结果表明,当让步概率a在0.3 ~ 0.5范围内时,整体疏散时间最小。同时,通过在出口附近设置障碍物,整体疏散时间明显缩短。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A study of the evacuation behavior simulation to investigate the effect of concessions and obstacles
It is difficult for all evacuees to behave the smooth evacuation, if they are panicked in occurring some disaster. Such a man-made disaster will increase the damage. Evacuees have to give good influence to the global evacuation behavior by means that they evacuate calmly without preceding personal benefit. So far, a lot of computer simulations, especially using the multi-agent system, or MAS, have tried to clarify the valuable knowledge for the smooth evacuation. We also have made the MAS model on the evacuation behavior. Especially, we have investigated the influence of the mutual concession of the agents on the global evacuation time, which was the time all agents in some space completely evacuated to the outside. As a result, the global evacuation time was minimized when the a, the probability of the concession, was in the range between 0.3 and 0.5. Also, the global evacuation time was decreased more by means of placing obstacles near the exit.
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