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Features of microscopic pedestrian movement in a panic situation based on cellular automata model

机译:基于蜂窝自动机模型的恐慌情境中微观行人运动的特征

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Pedestrian movement is the one of the subset for the crowd management under simulation objective. During panic situation, pedestrian usually will create a microscopic movement that lead towards the self-organization. During self-organizing, the behavioral and physical factors had caused the mass effect on the pedestrian movement. The basic CA model will create a movement path for each pedestrian over a time step. However, due to the factors immerge, the CA model needs some enhancement that will establish a real simulation state. Hence, this concept paper will discuss on the enhanced features of CA model for microscopic pedestrian movement during panic situation for a better pedestrian simulation.
机译:行人运动是在模拟目标下的人群管理的子集之一。在恐慌局面期间,行人通常会产生一种导致自组织的微观运动。在自组织过程中,行为和物理因素导致了对行人运动的质量影响。基本CA模型将在一步步骤中为每个行人创建一个运动路径。但是,由于因素inferge,CA模型需要一些增强,将建立一个真正的模拟状态。因此,这篇概念论文将讨论在更好的行人模拟过程中的显微静态行人运动的增强特征。

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