CAJ | 학술논문

地质地形、降雨和人类活动是我国山洪灾害的3个主要成因因素.山洪地质灾害预警系统由信息感知与数据采集子系统、数据传输子系统、数据信息处理子系统和预警子系统组成.信息感知子系统利用雨量、水位和移位传感器对特定区域的雨量、水情和山体移位等关键参量进行监测,通过物联网技术将其接入到数据采集子系统;然后通过数据传输子系统将传感器的数据信息传输到数据处理子系统,利用山洪地质灾害预警平台对相关数据进行处理,并为山洪地质灾害的处理提供决策支持.
지질지형、강우화인류활동시아국산홍재해적3개주요성인인소.산홍지질재해예경계통유신식감지여수거채집자계통、수거전수자계통、수거신식처리자계통화예경자계통조성.신식감지자계통이용우량、수위화이위전감기대특정구역적우량、수정화산체이위등관건삼량진행감측,통과물련망기술장기접입도수거채집자계통;연후통과수거전수자계통장전감기적수거신식전수도수거처리자계통,이용산홍지질재해예경평태대상관수거진행처리,병위산홍지질재해적처리제공결책지지.
@@@@Geology and topography, rainfall and human activity are the three most important contributing factors for the mountain torrent disaster in China. The mountain torrent disaster prediction and alarming system is composed of several subsystems including information sensor and data acquisition, data transmission, information processing, and alarming. The mountain torrent disaster prediction and alarming system monitors the rainfall, hydrological condition, and mountain displacement in special area via the rainfall sensor, hydrological sensor, and displacement sensor. And the parameter information of rainfall, hydrological condition, and mountain displacement is transmitted to the mountain torrent disaster prediction and alarm center via IoT (Internet of Things), and then with the mountain torrent disaster prediction and alarm platform, this parameter information is processed, thus providing certain decision support for the handling of mountain torrents and geologal disasters.