Purpose

This study aims to provide a novel method for sport places site selection, although instead of using decision-making methods, the focus is on analytic functions in geographic information systems (GIS).

Design/methodology/approach

Researchers today have combined site selection science to a large extent with GIS and different decision-making methods to provide methods with higher confidence coefficients, however, it seems that there is a long way left to the best result.

Findings

After making a study database including data related to uses and urban elements, sports places, population density in study territory and drawing map of the region, by exporting data to GIS environment this database was prepared to use as separate layers. In the next step, the final map was made by shared overlapping of layer resulted from combining determining factors in sport places site selection and a layer of the sphere of influence of sport places available.

Originality/value

As with other research studies done for site selection, the region determined as high value in the final map was wide, a method of minimizing the difference of maximum and minimum standard deviation of polygons was used to minimize these lands. This method made it possible to plan to construct multiple sport places in succession.

中文翻译：

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基于GIS分析功能的运动场地选址优化方法

目的

本研究旨在为运动场所选址提供一种新方法，尽管不是使用决策方法，而是关注地理信息系统 (GIS) 中的分析功能。

设计/方法/方法

今天的研究人员已经在很大程度上将选址科学与 GIS 和不同的决策方法相结合，以提供具有更高置信系数的方法，但是，似乎距离最佳结果还有很长的路要走。

发现

在制作包含与用途和城市元素、运动场所、研究区域内的人口密度和绘制区域地图相关的数据的研究数据库后，通过将数据导出到 GIS 环境，该数据库准备用作单独的图层。下一步，通过结合运动场所选址的决定因素和可用运动场所影响范围的图层，通过共享图层重叠制作最终地图。

原创性/价值

与为选址所做的其他研究一样，最终地图中确定为高值的区域很宽，因此使用最小化多边形的最大和最小标准偏差差异的方法来最小化这些土地。这种方法使计划连续建造多个运动场所成为可能。