Abstract
With the rapid development through the advancement of technology, China geological hazard monitoring system has made great progress in engineering application. Advanced geological technology on hazardous geological monitoring is emerging, Internet of Things (IOTs), Geographic Information System (GIS), and Remote Sensing (RS), for example. However, there are still many problems existing subjected to monitoring system, such as sensor power storage, stability, compatibility, and weak analysis ability, which hinders the further development and popularization of the automatic monitoring system on geological hazards. In this paper, a new buried rock sensor and a fixed inclinometer are adopted, combined with the IOTs and the Beidou navigation system, to build an automatic monitoring system for geological disasters; it not only improves the accuracy and timeliness of monitoring data of surface and rock strata vibration and displacement of geological disasters but also provides guidance for future system design and development, especially in remote areas with steep terrain.
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