面向遥感业务应用的解译成果数据管理系统研究和构建
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摘要
针对遥感解译成果数据存储、管理、应用等方面存在的问题,结合地质调查信息服务体系建设的需求,建立了面向遥感业务应用的解译成果数据管理体系。通过对图件资料、要素图层和文本数据的有效组织,以Arc GIS 10和Map GIS K9为开发平台,采用C#为开发语言设计并构建了基于C/S模式的遥感解译成果数据库管理系统,开发了实用的数据入库、查询展示、数据体系构建维护工具,实现了原有不同格式分散存放资料的一体化管理和服务,保障了遥感解译成果资源的有效利用和可持续发展。
Aimed at tackling the problems of data storage, management and application of remote sensing interpretation,and considering the needs of geological survey information service system,the authors established interpretation data system toward remote sensing application. Through the effective organization of map data,element layers and texts,with Arc GIS 10 and Map GIS K9 as the platform,and by using C # as the development language,the authors designed and constructed the database management system of remote sensing interpretation which is based on C/S mode. This system provides the flexible tools of importing data,query display and data system construction and maintenance. This system realizes the integrated management and service of the multiple format maps that are in scattered storage which ensures the effective utilization and sustainable development of the resources of remote sensing interpretation data.
Aimed at tackling the problems of data storage, management and application of remote sensing interpretation,and considering the needs of geological survey information service system,the authors established interpretation data system toward remote sensing application. Through the effective organization of map data,element layers and texts,with Arc GIS 10 and Map GIS K9 as the platform,and by using C # as the development language,the authors designed and constructed the database management system of remote sensing interpretation which is based on C/S mode. This system provides the flexible tools of importing data,query display and data system construction and maintenance. This system realizes the integrated management and service of the multiple format maps that are in scattered storage which ensures the effective utilization and sustainable development of the resources of remote sensing interpretation data.
引文
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[2]甘甫平,王润生.遥感岩矿信息提取基础与技术方法研究[M].北京:地质出版社,2004.Gan F P,Wang R S. Study on the Basic and Technical Methods of Remote Sensing Information Extraction[M]. Beijing:Geology Press,2004.
[3]王治华.面向新世纪的滑坡、泥石流遥感技术[J].地球信息科学,1999,1(2):71-74.Wang Z H. Technique of remote sensing for landslide and debris flows for the new century[J]. Geo-Information Science,1999,1(2):71-74.
[4]张礼中,张永波,周小元,等.环境地质空间数据库查询系统设计与实现[J].计算机工程与应用,2005,41(29):190-192.Zhang L Z,Zhang Y B,Zhou X Y,et al. The query system of environmental geology spacial database[J]. Computer Engineering and Applications,2005,41(29):190-192.
[5]许登平,李晖,庞丽杰,等.全国林地“一张图”数据库建设及扩展应用[J].林业资源管理,2015(5):36-43,171.Xu D P,Li H,Pang L J,et al. Research of key technology for national forest-land"one map"database[J]. Forest Resources Management,2015(5):36-43,171.
[6]戴建旺,百晓飞.第二次全国土地调查国家级数据库管理系统关键技术研究[J].中国土地科学,2010,24(6):74-80.Dai J W,Bai X F. Research on the key technologies of national level database management system for the second national land survey[J]. China Land Science,2010,24(6):74-80.
[7]国土资源部. GX199900X-200X国土资源信息高层分类编码及数据文件命名规则[S].Ministry of Land and Resources. GX199900X-200X Classification coding standard and data file naming rules of land and resources information[S].
[8]徐园,王卫京,吴磊.面向防灾减灾业务应用的数据集成管理体系研究与实现[J].中国减灾,2013(9):48-51.Xu Y,Wang W J,Wu L. Research and implementation of data integration management system for disaster prevention and mitigation[J]. Disaster Reduction in China,2013(9):48-51.