水利信息化
水利信息化
수리신식화
WATER RESOURCES INFORMATIONZATION
2012年
1期
63-68
,共6页
裘劲松%宗军%姚春捷%周晓泉%胡雪娇
裘勁鬆%宗軍%姚春捷%週曉泉%鬍雪嬌
구경송%종군%요춘첩%주효천%호설교
蓝藻监测%卫星遥感%3G视频图像%浮台式水质站%应用软件
藍藻鑑測%衛星遙感%3G視頻圖像%浮檯式水質站%應用軟件
람조감측%위성요감%3G시빈도상%부태식수질참%응용연건
monitoring for cyanobacteria%remote sensing and satellite technology%3G video and image%floatinggauging station for water quality%application software
太湖蓝藻信息采集系统项目的建设，是结合卫星遥感、3G图像传输、浮台水质监测及GIS等技术监测太湖蓝藻。同时项目中采用的3G视频传榆技术，为今后水利水文信息化项目中条件受限制的站点上传图像信息也起示范作用。
太湖藍藻信息採集繫統項目的建設，是結閤衛星遙感、3G圖像傳輸、浮檯水質鑑測及GIS等技術鑑測太湖藍藻。同時項目中採用的3G視頻傳榆技術，為今後水利水文信息化項目中條件受限製的站點上傳圖像信息也起示範作用。
태호람조신식채집계통항목적건설，시결합위성요감、3G도상전수、부태수질감측급GIS등기술감측태호람조。동시항목중채용적3G시빈전유기술，위금후수이수문신식화항목중조건수한제적참점상전도상신식야기시범작용。
Remote sensing and satellite technology, 3G image transmission technology, floating gauging station for water quality and GIS technology are applied for the construction of cyanobacteria information acquisition system for Taihu lake. 3G video transmission technology applied for system construction has played a demonstration effect on image and data uploading of gauging stations with limited conditions in water information system in the future.
