基于OpenLayers的农产品空间在线分析处理集成

I. S. Sitanggang, A. Ginanjar, M. Syukur, R. Trisminingsih, H. Khotimah
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引用次数: 2

摘要

印度尼西亚的农产品数据由印度尼西亚共和国农业部提供,可在农业统计数据库http://aplikasi.pertanian.go.id/bdsp/index.asp查阅。这些数据以表格的形式呈现给公众。为了给农产品数据提供分析工具,本研究旨在开发与空间数据仓库集成的空间在线分析处理(SOLAP)。农产品SOLAP采用三层架构。第一层是可视化层,负责以表格格式、图形和地图显示数据摘要。该层由OpenLayers、GeoJSON、HTML和Java Script组成。第二层是逻辑层,负责接收来自可视化层的输入参数,根据参数向数据层检索数据,处理数据,再将数据返回给可视化层。逻辑层采用PHP作为编程语言和CakePhp框架。第三层是数据层,即农产品数据存储。该层由OLAP引擎Mondrian和PostgreSQL组成。农业商品综合应用程序已成功实施,并能以表格格式和地图提供农业商品数据摘要。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integration of spatial online analytical processing for agricultural commodities with OpenLayers
Data on agricultural commodities in Indonesia are provided Ministry of Agriculture, Republic of Indonesia which can be accessed on Agricultural Statistics Database at http://aplikasi.pertanian.go.id/bdsp/index.asp. The data are presented to the public in tabular formats. In order to provide the analytical tool for the agricultural commodities data, this study aims to develop a Spatial Online Analytical Processing (SOLAP) that is integrated to spatial data warehouse. The SOLAP for Agricultural Commodities adopts the three-tier architecture. The first layer is the visualization layer which is responsible for displaying data summary in tabular format, graphics, and maps. This layer consists of OpenLayers, GeoJSON, HTML and Java Script. The second layer is the logic layer which is responsible for receiving input parameters from the visualization layer, retrieving data according to parameters to the data layer, processing data, then returning the data to the visualization layer. The logic layer uses PHP as the programming language and CakePhp framework. The third layer is the data layer which is the agricultural commodities data storage. This layer consists of OLAP engine Mondrian and PostgreSQL. The SOLAP for Agricultural Commodities has successfully implemented and can provide the summary of agricultural commodities data in tabular format and maps.
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