地理信息世界
地理信息世界
지리신식세계
GEOMATICS WORLD
2014年
2期
103-107
,共5页
变形监测%GPS%地质灾害%时态GIS
變形鑑測%GPS%地質災害%時態GIS
변형감측%GPS%지질재해%시태GIS
Deformation Detection%GPS%Geological Disasters%Temporal GIS
利用GPS形变监测、一机多天线(GMS)及CORS等技术,探讨基于GDCORS的GPS监测数据的实时处理、灾害因子分析、灾害趋势分析等关键技术,用于高精度滑坡形变在线监测研究和应用。通过系统设计与集成,开展地质灾害隐患点滑坡地表形变远程动态监测示范站建设,为地质灾害发生的可能性分析与预报提供科学依据。
利用GPS形變鑑測、一機多天線(GMS)及CORS等技術,探討基于GDCORS的GPS鑑測數據的實時處理、災害因子分析、災害趨勢分析等關鍵技術,用于高精度滑坡形變在線鑑測研究和應用。通過繫統設計與集成,開展地質災害隱患點滑坡地錶形變遠程動態鑑測示範站建設,為地質災害髮生的可能性分析與預報提供科學依據。
이용GPS형변감측、일궤다천선(GMS)급CORS등기술,탐토기우GDCORS적GPS감측수거적실시처리、재해인자분석、재해추세분석등관건기술,용우고정도활파형변재선감측연구화응용。통과계통설계여집성,개전지질재해은환점활파지표형변원정동태감측시범참건설,위지질재해발생적가능성분석여예보제공과학의거。
In this paper, the GDCORS-based GPS monitoring data real-time processing, disaster factor analysis, disaster trend analysis and other key technologies are discussed based on the GPS deformation Detection, GPS Multi-antenna Switch (GMS) and CORS technology, which are used for the research and application exploration of high-precision online monitoring in landslide deformation. Through the system design and integration, the construction of surface deformation monitoring station used for landslide hazard remote dynamic monitoring has been carried out, which provides a scientific basis for the likelihood analysis of geological disasters occurring.