Route alignment between the corridors through the applications of RS and GIS — Perundurai to Palani, Tamil Nadu, India

S. Loganathan, K. Elangovan
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引用次数: 1

Abstract

Selecting the best route between the corridors and aligning between them is a intricate one due to the consideration of more number of variables. It is made through geology, topographical, geomorphology, built-up areas with environmental features representation on Remote Sensing (RS) and Geographical Information Systems (GIS). From this it is easy to recognize shortest path between the corridors for the vehicles travelling as of Perundurai towards Palani with the reduction in time of journey along possibilities of aligning eco-friendly highway. This progression implies compensation of GIS potential in creating overlay maps on merging them along executing spatial analysis through different layers on 2D or 3D. A Model of Highway alignment and route location through GIS applications along with this alternatives are premeditated on ArcGIS9.3, on this best alternative path is analyzed, evaluated and Selected with the impacts of Economy and on Environmental facts. The elected artery is designed to unite three districts viz. Erode, Tirupur and Dindugal. In the Ultimate phases of inspection and evaluation, model represents lofty potential in examining the impact of every option through spatial relations and buffering. Trough this right route, left route and middle route of different paths are recognized. Among this Right route is identified as finest path which satisfies on least cost and eco-friendly environment along least number of bridges and culverts.
利用遥感和地理信息系统对走廊之间的路线进行校准-印度泰米尔纳德邦的Perundurai至Palani
由于考虑到更多的变量,在走廊之间选择最佳路线并在走廊之间对齐是一个复杂的问题。它是通过遥感(RS)和地理信息系统(GIS)将地质、地形、地貌、建成区的环境特征表现出来。由此可以很容易地识别出从Perundurai到Palani的车辆在走廊之间的最短路径,减少了沿着环保高速公路行驶的时间。这一进展意味着GIS潜力的补偿,即在合并叠加地图的同时,通过2D或3D的不同层执行空间分析。在ArcGIS9.3上预先考虑了通过GIS应用程序的公路线形和路线位置模型,并根据经济和环境事实的影响对这条最佳替代路径进行了分析、评估和选择。这条当选的大动脉旨在团结三个地区,即罗德、蒂鲁普尔和丁格尔。在检查和评估的最终阶段,模型通过空间关系和缓冲来检查每个选项的影响,代表了崇高的潜力。通过这条右路线,识别不同路径的左路线和中间路线。在这条路线中,正确的路线被确定为最好的路径,它满足最少的成本和生态环境,沿着最少的桥梁和涵洞。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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