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| 1 | 基于网络地理信息系统的林业资源统计数据可视化系统设计显示文摘针对传统林业资源统计数据多采用文字和表格等方式表达,其形式单一、可视化程度低,难以体现林业资源统计数据的空间分布特性等,文中提出构建基于网络地理信息系统(Web GIS)的林业资源统计数据可视化系统,介绍了该系统关键技术、设计方法、运行效果,并提出了系统发展与研究展望。该系统采用B/S模式下的3层架构:数据层存储了4年的世界森林资源统计数据和中国8次森林资源清查数据,并采用空间数据和属性数据分离存储的模式;后台服务层通过Arc GIS Server和Web Service相结合的方式为前端提供Geo JSON格式数据接口;前端页面层利用Arc GIS API for Java Script实现具体模块。为提高可视化效果,采用Highcharts框架对数据进行图形化展示。该系统丰富了林业统计资源数据的可视化方式并有效表达出林业资源统计数据的空间分布性,提高了林业资源统计数据可视化程度。 | 鲁东民 王忠明 付贺龙 | 2017 | 世界林业研究2017，30，3： | 19 |
| 2 | QuickMap网络地图服务平台设计与实现显示文摘QuickMap网络地图服务平台是笔者所在单位自主研发的网络地图服务平台套件,该平台已经在多个行业得到应用。介绍QuickMap平台的总体架构设计和关键技术的实现思路,并通过应用实例证明了平台设计的可行性。 | 刘昱君 谈帅 刘杰 | 2012 | 测绘通报2012，，S1： | 2 |
| 3 | HydrIS:一个用于地下水管理的开放的GIS决策支持系统——以Morocco为例(英文)显示文摘A regional groundwater management system has been elaborated, integrating Relational Database Management System (RDBMS) and various web services. It consists of web geospatial application so-called HydrIS ( Hydrogeological Information System) based on Open Source components and technologies, leading to a feasible and low-cost solution. Therefore, HydrIS permits delivery of data from a number of heterogeneous sources to standards supported by the Open Geospatial Consortium (OGC). The protocols used for exchanging data are also derived from OGC standards, i.e., WMS (Web Mapping Service), WFS (Web Feature Service), and WCS (Web Coverage Service). Finally, a geoportal was developed, which consists of client-applications that communicate with different Web Services (WMS, WCS, anAd WprFoSto) ttyhpreo ufogrh wHeTbT-Pb-aresqeude GstISs. application was designed using the deegree Framework to provide systematic interfaces and functions. This system was developed to demonstrate the value of making hydrogeological data more widely accessible through client/server architecture. This experience and knowledge already gained in this project will be a source for technology transfer and policy decisions. Otherwise, this will enable user groups to improve the management of their ground-water resources and contribute to enhanced decision support capabilities. | JARAR OULIDI Hassane LWNER Ralf BENAABIDATE Lahcen WCHTER Joachim | 2009 | Geo-Spatial Information Science2009，12，3： | 1 |
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