本文阐述了G IS的空间数据和属性数据在O rac le Spatial空间数据库中一体化存储的原理,提出了一种由VB+M apX开发客户端,O rac le Server结合O rac le Spatial作为服务器端快速开发W eb G IS的方案,最后简要介绍了基于该方案开发W eb G...本文阐述了G IS的空间数据和属性数据在O rac le Spatial空间数据库中一体化存储的原理,提出了一种由VB+M apX开发客户端,O rac le Server结合O rac le Spatial作为服务器端快速开发W eb G IS的方案,最后简要介绍了基于该方案开发W eb G IS系统的运行实例。展开更多
Based on forest inventory data and a variety of spatial data layers, including topographic maps, forest type maps, forest themes, etc., a multilevel decision-support system (DSS) for forest resource management was dev...Based on forest inventory data and a variety of spatial data layers, including topographic maps, forest type maps, forest themes, etc., a multilevel decision-support system (DSS) for forest resource management was developed for Shangzhi National Forestry Bureau, Heilongjiang Province, China. This paper induced the procedure of the DSS development and its main functions, including displaying, cartography, dual-comprehensive querying of spatial and attribute data, GPS positioning, statistical analysis, updating resource data, etc. The applications of the DSS in resources analysis and management proved effective both in forestry bureau and forest farm levels. Traditional approaches of forest resource management were accordingly updated and the digitization of forest management was realized in deed for state-owned forest industries. The system provides a basis for rational forest management towards sustainable forestry by means of stratified management.展开更多
文摘本文阐述了G IS的空间数据和属性数据在O rac le Spatial空间数据库中一体化存储的原理,提出了一种由VB+M apX开发客户端,O rac le Server结合O rac le Spatial作为服务器端快速开发W eb G IS的方案,最后简要介绍了基于该方案开发W eb G IS系统的运行实例。
文摘Based on forest inventory data and a variety of spatial data layers, including topographic maps, forest type maps, forest themes, etc., a multilevel decision-support system (DSS) for forest resource management was developed for Shangzhi National Forestry Bureau, Heilongjiang Province, China. This paper induced the procedure of the DSS development and its main functions, including displaying, cartography, dual-comprehensive querying of spatial and attribute data, GPS positioning, statistical analysis, updating resource data, etc. The applications of the DSS in resources analysis and management proved effective both in forestry bureau and forest farm levels. Traditional approaches of forest resource management were accordingly updated and the digitization of forest management was realized in deed for state-owned forest industries. The system provides a basis for rational forest management towards sustainable forestry by means of stratified management.
