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QUANTUM GIS BASED OPTIMAL EVACUATION ROUTE IDENTIFICATION DURING FLOOD DISASTER

机译:基于量子GIS的洪水灾害期间最优疏散路线鉴定

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This paper presents an improved evacuation route method during flood disaster. It first constructs a weighted parameter model by considering road quality and environmental factors. Cost of road quality factor is based on road length, road width and water depth. Cost of environmental factor consists of traversal speed, traffic volume and safe zones. These parameters are given as input to the analytical hierarchy process (AHP) for building the weighted model based on the minimum time consumption with safety. Then using the Dijkstra's algorithm, calculate the most suitable path for safe and speedy evacuation (Dijkstra T.K., 2013). The main objective is to develop a web based spatial GIS application, which provide optimal evacuation route during flood. The Quantum GIS is used with PostgreSQL. It provides a user friendly application which considers the water depth as the main factor for path selection. Safety of the individual is prime concern over time. Results are achieved based on the criteria specified.
机译:本文在洪水灾害期间提出了一种改进的疏散路线方法。它首先考虑道路质量和环境因素来构建加权参数模型。道路质量因素的成本基于道路长度,道路宽度和水深。环境因素的成本包括遍历速度,交通量和安全区域。这些参数作为基于安全性的最小时间消耗来构建加权模型的分析层次处理(AHP)的输入。然后使用Dijkstra的算法,计算最合适的路径,以便安全和快速疏散(Dijkstra T.K.,2013)。主要目标是开发基于Web的空间GIS应用,该应用程序在洪水期间提供最佳的疏散路线。量子GIS与PostgreSQL一起使用。它提供了一个用户友好的应用程序,将水深作为路径选择的主要因素。随着时间的推移,个人的安全性是主要担忧。结果是根据指定的标准实现的。

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