Design and Implementation of Integrated Data Display System Based on Radar Information

2019 International Conference on Meteorology Observations (ICMO) Pub Date : 2019-12-28 DOI:10.1109/ICMO49322.2019.9085305

Zhang Yujie

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引用次数: 0

Abstract

The system realizes the comprehensive observation data display based on the radar data time axis. The radar echo intensity and time related observation data are superimposed on the GIS(Geographic Information System)layer, which can intuitively observe the real situation information of the weather system at fixed time and make relevant judgments.The server side of the system is designed and developed with MVC(Model View Controller)model, and the browser side is developed with HTML5 & JavaScript. The system uses spring 4.5 framework to complete the implementation of MVC model, realizes the functional layered design, and achieves the low coupling between layers.Based on the processing flow of time axis related to radar data, the association query of radar and related data is completed and the latest 36 time integrated KML(Keyhole Markup Language) format data is generated.In the background of the system, the class data is processed regularly to form the related data set of each node of the time axis. The time related data set of radar data is loaded automatically in KML format, and KML layer is formed in GIS.

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基于雷达信息的综合数据显示系统的设计与实现

该系统实现了基于雷达数据时间轴的综合观测数据显示。将雷达回波强度和与时间相关的观测数据叠加在GIS(Geographic Information System)层上，可以直观地观测到天气系统在固定时间的真实情况信息，并做出相关判断。系统的服务器端采用MVC(Model - View - Controller)模式设计和开发，浏览器端采用HTML5和JavaScript开发。系统采用spring 4.5框架完成MVC模型的实现，实现了功能的分层设计，实现了层与层之间的低耦合。根据雷达数据相关时间轴的处理流程，完成雷达与相关数据的关联查询，生成最新的36时间集成KML(Keyhole Markup Language)格式数据。在系统后台，对类数据进行定时处理，形成时间轴各节点的相关数据集。将雷达数据的时间相关数据集以KML格式自动加载，并在GIS中形成KML层。

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来源期刊

2019 International Conference on Meteorology Observations (ICMO)

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