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Finding Optimal Meteorological Observation Locations by Multi-source Urban Big Data Analysis

机译:通过多源城市大数据分析找到最佳气象观测位置

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In this paper, we try to solve site selection problem for building meteorological observation stations by recommending some locations. The functions of these stations are meteorological observation and prediction in regions without these. Thus in this paper two specific problems are solved. One is how to predict the meteorology in the regions without stations by using known meteorological data of other regions. The other is how to select the best locations to set up new observation stations. We design an extensible two-stage framework for the station placing including prediction model and selection model. It is very convenient for executives to add more real-life factors into our model. We consider not only selecting the locations that can provide the most accuracy predicted data but also how to minimize the cost of building new observation stations. We evaluate the proposed approach using the real meteorological data of Shaanxi province. Experiment results show the better performance of our model than existing commonly used methods.
机译:本文尝试通过推荐一些地点来解决建设气象观测站的选址问题。这些站的功能是在没有这些站的地区进行气象观测和预报。因此,本文解决了两个具体问题。一种是如何通过使用其他地区的已知气象数据来预测无站区域的气象。另一个是如何选择最佳位置来建立新的观测站。我们为车站布置设计了一个可扩展的两阶段框架,包括预测模型和选择模型。对于高管来说,将更多现实生活因素添加到我们的模型中非常方便。我们不仅考虑选择可以提供最准确的预测数据的位置,还考虑如何最大程度地减少建造新观测站的成本。我们使用陕西省的真实气象数据来评估所提出的方法。实验结果表明,与现有的常用方法相比,我们的模型具有更好的性能。

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