城市地质
城市地質
성시지질
URBAN GEOLOGY
2012年
1期
35-37
,共3页
地热%监测%管理%GIS技术
地熱%鑑測%管理%GIS技術
지열%감측%관리%GIS기술
Geothermal resources%Monitoring%Management%GIS technology
为提高地热开发利用、管理的水平,实现远程监测地热资源数据,进行地热信息管理。本文从需求分析着手,从系统构成、数据传输、系统功能等方面,对系统的构建进行了探讨研究,利用MAPGIS软件,实现了集远程监测数据实时采集、管理与统计分析为一体的信息管理系统。
為提高地熱開髮利用、管理的水平,實現遠程鑑測地熱資源數據,進行地熱信息管理。本文從需求分析著手,從繫統構成、數據傳輸、繫統功能等方麵,對繫統的構建進行瞭探討研究,利用MAPGIS軟件,實現瞭集遠程鑑測數據實時採集、管理與統計分析為一體的信息管理繫統。
위제고지열개발이용、관리적수평,실현원정감측지열자원수거,진행지열신식관리。본문종수구분석착수,종계통구성、수거전수、계통공능등방면,대계통적구건진행료탐토연구,이용MAPGIS연건,실현료집원정감측수거실시채집、관리여통계분석위일체적신식관리계통。
In order to improve the level of the utilization and management of the geothermal resources, it is necessary to carry out the long-distance monitoring on the geothermal resource data, and to implement the geothermal information management. This article is to proceed from the requirement analysis, and try to study the system configuration, data transmission, system functions and other aspects. Through MAPGIS software, we have established the integrated information management systems including real-time acquisition, effective management and statistical analysis on the long-distance monitoring data.
