县域农村路网布局设计新方法:直线斯坦纳树生成算法

Xiaohu Nie, Shunying Zhu, Hong Wang, Fuxing Huang
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引用次数: 4

摘要

提出了一种县域农村路网布局设计的新方法——直线斯坦纳树生成算法。该方法首先以县级农村路网节点为给定点,以此构建初始线性斯坦纳树;然后采用u结构法对初始线性斯坦纳树进行校核和修正,得到最小线性斯坦纳树,求解路网各级节点之间的连接关系。随后,通过对区域内已有的路网进行叠加,得到初步的农村路网布局。并结合路网优化中的非线性系数、边界约束和连通性可靠性,确定农村公路网的最终布局。最后,将该方法应用于沙阳县农村路网布局设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A New Method of Rural Road Network Layout Designing in the County: Generating Algorithm of Rectilinear Steiner Tree
A new method of the rural road network layout designing in a county area is presented, which called generating algorithm of rectilinear Steiner tree. The method firstly takes rural road network nodes of the county-level as given points, with which an initial rectilinear Steiner tree is built. Then a U-structure method is used to check and modify the initial rectilinear Steiner tree to get the minimum rectilinear Steiner trees, with which the connection relation among the road network nodes at all levels is solved. Subsequently, through overlaying the existent road network in the regional, the initial rural road network layout is obtained. And combined with the non-line coefficient, boundary constraints and connectivity reliability of road network in optimization, a final layout of rural highway network can be decided. Finally, the method is applied to the rural road network layout designing of Shayang County.
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