{"title":"基于面向服务架构的税务征管WebGIS系统","authors":"Huang Fenghua","doi":"10.3724/sp.j.1047.2012.00209","DOIUrl":null,"url":null,"abstract":"In order to reflect the spatial distribution rules and trends of the taxation status in different regions intuitively,iconically and dynamically,improve the capability of data sharing and interoperability of the heterogeneous tax administration GIS systems,a tax administration WebGIS system based on Service Oriented Architecture(SOA) is constructed by the integration of the GIS enterprise-level middleware and GIS Web services(GIServices) on account of the specifications of Open Geospatial Consortium(OGC).STAXGIS is based on the consistent business model and information model.The GIS enterprise-level middleware can provide spatial data conversion,taxation business processing,taxation spatial analysis and other advanced service functions,meanwhile the GISservices can provide information services(such as query and location of tax sources,tax thematic analysis,taxation queries and declaring and so on).The four-layer framework of J2EE which contains the data layer,application service layer,Web service layer and client layer is used for the hierarchical management and deployment of the STAXGIS.Compared with the traditional tax administration GIS systems,the administration efficiency and scalability of the STAXGIS is greatly improved.The research which takes Fuzhou City in Fujian Province as an example has shown that STAXGIS could strengthen the capabilities of information sharing and interoperability of the decentralized heterogeneous tax administration GIS platform in the distributed environment currently,and improve the overall efficiency of spatial analysis for tax administration in heterogeneous environment.It can also provide the tax administration departments at different levels with decision support directly or indirectly.","PeriodicalId":67025,"journal":{"name":"地球信息科学学报","volume":"9 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enterprise-level middleware can provide spatial data conversion,taxation business processing,taxation spatial analysis and other advanced service functions,meanwhile the GISservices can provide information services(such as query and location of tax sources,tax thematic analysis,taxation queries and declaring and so on).The four-layer framework of J2EE which contains the data layer,application service layer,Web service layer and client layer is used for the hierarchical management and deployment of the STAXGIS.Compared with the traditional tax administration GIS systems,the administration efficiency and scalability of the STAXGIS is greatly improved.The research which takes Fuzhou City in Fujian Province as an example has shown that STAXGIS could strengthen the capabilities of information sharing and interoperability of the decentralized heterogeneous tax administration GIS platform in the distributed environment currently,and improve the overall efficiency of spatial analysis for tax 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A Tax Administration WebGIS System Based on Service-Oriented Architecture
In order to reflect the spatial distribution rules and trends of the taxation status in different regions intuitively,iconically and dynamically,improve the capability of data sharing and interoperability of the heterogeneous tax administration GIS systems,a tax administration WebGIS system based on Service Oriented Architecture(SOA) is constructed by the integration of the GIS enterprise-level middleware and GIS Web services(GIServices) on account of the specifications of Open Geospatial Consortium(OGC).STAXGIS is based on the consistent business model and information model.The GIS enterprise-level middleware can provide spatial data conversion,taxation business processing,taxation spatial analysis and other advanced service functions,meanwhile the GISservices can provide information services(such as query and location of tax sources,tax thematic analysis,taxation queries and declaring and so on).The four-layer framework of J2EE which contains the data layer,application service layer,Web service layer and client layer is used for the hierarchical management and deployment of the STAXGIS.Compared with the traditional tax administration GIS systems,the administration efficiency and scalability of the STAXGIS is greatly improved.The research which takes Fuzhou City in Fujian Province as an example has shown that STAXGIS could strengthen the capabilities of information sharing and interoperability of the decentralized heterogeneous tax administration GIS platform in the distributed environment currently,and improve the overall efficiency of spatial analysis for tax administration in heterogeneous environment.It can also provide the tax administration departments at different levels with decision support directly or indirectly.
期刊介绍:
Journal of Geo-Information Science is an academic journal under the supervision of Chinese Academy of Sciences, jointly sponsored by Institute of Geographic Sciences and Resources, Chinese Academy of Sciences and Chinese Geographical Society, and also co-sponsored by State Key Laboratory of Resource and Environmental Information System, Key Laboratory of Virtual Geographic Environment of Ministry of Education and Key Laboratory of 3D Information Acquisition and Application of Ministry of Education. Founded in 1996, it is openly circulated in the form of a monthly magazine.
Journal of Geoinformation Science focuses on publishing academic papers with geographic system information flow as the main research object, covering research topics such as geographic information cognitive theory, geospatial big data mining, geospatial intelligent analysis, etc., and pays special attention to the innovative results of theoretical methods in geoinformation science. The journal is aimed at scientific researchers, engineers and decision makers in the fields of cartography and GIS, remote sensing science, surveying and mapping science and technology. It is a core journal of China Science Citation Database (CSCD), a core journal of Chinese science and technology, a national Chinese core journal in domestic and international databases, and it is included in international databases, such as EI Compendex, Geobase, and Scopus.