在这份报纸,我们调查由使用最新建议的细胞的自动机(CA ) 的流动建模的行人,它基于地板地模型。行人的相互作用包括结束和合作,分别地由一块修改的动态地和改变位置的行为思考了。然后,我们利用这个模型处于相反的流动问题研究小巷形成阶段,包含小巷形成阶段,小巷的平均数字和行人的显微镜的行为的概率。在行人和行人的平均密度的不同重要影响之间的相互作用流动在小巷形成阶段的特征上,这被发现。
In this paper, we investigate pedestrian flows by using a newly-proposed cellular automaton (CA) model, which is based on the floor-field model. The interaction of pedestrians includes completion and cooperation, respectively reflected by a modified dynamic field and a position-changing behavior. Then we utilize this model to research lane formation phase in counter flow problem, involving the probability of lane formation phase, the average number of lanes and the microscopic behavior of pedestrians. It is found that the interaction between pedestrians and the different significant influences of average density of pedestrian flow on the features of lane formation phase.