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The Research on the Method of Traffic Area Dynamic Division and Optimization

机译:交通地区动态分裂方法和优化方法研究

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Based on the Temporal and spatial variation characteristics of traffic flow, this paper puts forward the traffic area dynamic division method and how to realize the merger and separation of nodes in the control area, as well as interregional automatic combination and split. First, according to the traffic relevance and traffic similarity between adjacent intersections in the traffic area, the application of clustering analysis method, the traffic area is divided into some dynamic control zones. Then, application node shrinkage method is to determine the key nodes of the control zone, and relying on the fuzzy cognitive map is to analyze the direct and indirect influence of the key nodes and the other nodes in the control zone. Finally, according to the traffic flow state changes forms: basic remains the same, crowded diffusion and crowded subsided, respectively, is corresponding to the dynamic changes of the control zones: remains unchanged, expansion combination and shrinkage decomposition, in order to achieve the merger and separation of the nodes in the control zone, as well as inter-regional automatic combination and split.
机译:基于交通流量的时间和空间变化特性,本文提出了流量区域动态分割方法以及如何实现控制区域中节点的合并和分离,以及区域间自动组合和分割。首先,根据交通区域中相邻交叉路口之间的交通相关性和交通相似性,群集分析方法的应用,流量区域被分成一些动态控制区域。然后,应用程序节点收缩方法是确定控制区域的关键节点,并且依赖于模糊认知地图是分析控制区中的关键节点和其他节点的直接和间接影响。最后,根据交通流量状态改变形式:基本仍然是相同的,拥挤的扩散和拥挤的消退,分别对应于控制区域的动态变化:保持不变,扩展组合和收缩分解,以实现合并并分离控制区中的节点,以及区域间自动组合和分裂。

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