RESEARCH ON FRACTAL CHARACTERISTICS OF URBAN TRAFFIC NETWORK STRUCTURE BASED ON GIS

LI Jiang; WANG Xiao-yan; GUO Qing-sheng

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RESEARCH ON FRACTAL CHARACTERISTICS OF URBAN TRAFFIC NETWORK STRUCTURE BASED ON GIS

机译：基于GIS的城市交通网络结构分形特征研究。

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Traffic network is an importance aspect of researching controllable parameters of an urban spatial morphology. Based on GIS, traffic network structure complexity can be understood by using fractal geometry in which the length-radius dimension describes change of network density, and ramification-radius dimension describes complexity and accessibility of urban network. It is propitious to analyze urban traffic network and to understand dynamic change process of traffic network using expanding fractal-dimension quantification. Meanwhile the length-radius dimension and ramification-radius dimension could be regard as reference factor of quantitative describing urban traffic network.

机译：交通网络是研究城市空间形态可控参数的重要方面。基于GIS，可以通过分形几何来理解交通网络的结构复杂性，其中分形半径描述网络密度的变化，分叉半径描述城市网络的复杂性和可访问性。利用扩展的分形维量化方法，有利于分析城市交通网络，了解交通网络的动态变化过程。同时，长度-半径维和分枝-半径维可以作为定量描述城市交通网络的参考因素。

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来源
《Chinese Geographical Science》 |2002年第4期|p.346-349|共4页
作者
LI Jiang; WANG Xiao-yan; GUO Qing-sheng;
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作者单位

School of Resources and Environmental Sciences, Wuhan University, Wuhan 430079, P. R. China;

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原文格式 PDF
正文语种 eng
中图分类自然地理学;
关键词
urban traffic network; expanding fractal dimension; characteristics; GIS;

机译：城市交通网络;分形维数扩大特性地理信息系统;

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1. RESEARCH ON FRACTAL CHARACTERISTICS OF URBAN TRAFFIC NETWORK STRUCTURE BASED ON GIS [J] . 中国地理科学（英文版） . 2002,第004期

机译：基于GIS的城市交通网络结构分形特征研究
2. An adaptive fuzzy model using orthonormal basis functions based on multifractal characteristics applied to network traffic control [J] . F.H.T. Vieira, F.G.C. Rocha Neurocomputing . 2011,第11期

机译：基于正交特征的基于正交特征的自适应模糊模型在网络流量控制中的应用
3. DIFTOS: A Distributed Infrastructure-Free Traffic Optimization System Based on Vehicular Ad Hoc Networks for Urban Environments [J] . Zhang Weidong, Aung Nyothiri, Dhelim Sahraoui, Nature reviews Cancer . 2018,第8期

机译：DIFTOS：一种基于网上环境车辆临时网络的分布式基础架构流量优化系统
4. Analysis of Urban Slow-moving Traffic Network Structure Characteristics Based on Complex Network Theory [C] . Congying LI, Zhaofei WANG International conference of Chinese transportation professionals;ICCTP 2011 . 2011

机译：基于复杂网络理论的城市慢行交通网络结构特征分析
5. Using Fractal Geometries to Understand Urban Drainage Networks and Green Stormwater Infrastructure Development. [D] . Jeffers, Scott Martin. 2017

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6. A Novel Approach to Calculate the Spatial–Temporal Correlation for Traffic Flow Based on the Structure of Urban Road Networks and Traffic Dynamic Theory [O] . Mao Du, Lin Yang, Jiayu Tu 2021

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7. Short-term traffic predictions on large urban traffic networks: applications of network-based machine learning models and dynamic traffic assignment models [O] . Fusco Gaetano, Colombaroni Chiara, Comelli Luciano, 2015

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8. Optimal Signal Timing Design for Urban Street Networks Under User Equilibrium Based Traffic Conditions. [R] . Li, Z., Du, L., Liu, Y. 2016

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RESEARCH ON FRACTAL CHARACTERISTICS OF URBAN TRAFFIC NETWORK STRUCTURE BASED ON GIS

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