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Multi-Feature Fusion Identification of Important Nodes in Traffic Network

机译:交通网络中重要节点的多特征融合识别

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Different modeling and analysis methods describe different characteristics of the traffic network and lead to different conclusions for the identification of important road sections and intersections. In this paper, the road network and bus network of Langfang city are integrated to model the composite traffic network, and the actual traffic flow data are added to analyze. A bioinformatics approach called SPRING is introduced to determine the importance of certain nodes. This method gives the ranking result of node importance with a combination of various characteristics, which include the similarity of network characteristics and traffic conditions between certain nodes and others. Through comparing the node importance of multi-feature fusion and the node importance of single traditional network characteristic, it is concluded that multi-feature fusion method has the feasibility, advantages, and disadvantages in identification of important nodes and shows effectiveness when considering the real traffic situation and the demand of traffic analysis.
机译:不同的建模和分析方法描述了交通网络的不同特征,导致了不同结论,用于识别重要的道路段和交叉口。在本文中,Langfang City的道路网络和总线网络集成到模拟复合交通网络,并添加了实际的流量数据来分析。引入了称为弹簧的生物信息学方法以确定某些节点的重要性。该方法通过各种特征的组合给出节点重要性的排名结果,其包括网络特征和某些节点之间的网络特征和交通条件的相似性。通过比较多特征融合的节点重要性和单一传统网络特性的节点重要性,得出结论,多种特征融合方法具有可行性,优点和缺点在识别重要节点并在考虑实际交通时显示有效性情况与交通分析需求。

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