基于WEBGIS技术的地质滑坡测量实时监测系统设计

Design of real-time monitoring system for geological landslide measurement based on WEBGIS technology

摘要:

传统地质滑坡测量实时监测系统滑坡位移差异率大，监测消耗时间长。基于WEBGIS技术设计一种新的地质滑坡测量实时监测系统，利用功能性存储器实现数据存储，选取KP24传输器构建传输模块，将监控元件与预警信号元件结合到一起，实现数据监控硬件设计。通过WEBGIS技术匹配相应的内部操作检验数据，降低内部滑坡数据的冗余度，并通过WEBGIS模式将不同区域的地质条件集中反映在地图模块中，检验属性数据库中的数据信息，执行数据库改造指令，完成软件设计。与传统质滑坡测量实时监测系统进行实验对比，结果表明，基于WEBGIS技术的地质滑坡测量实时监测系统系统滑坡位移差异率较小，监测消耗时间大幅缩短，实际应用效果更强。

Abstract:

The traditional real-time monitoring system for geological landslide measurement has large difference rate of landslide displacement and long monitoring time. Based on WebGIS technology, a new real-time monitoring system for geological landslide measurement is designed. The data storage is realized by using functional memory. Kp24 transmitter is selected to construct the transmission module. The monitoring element and warning signal element are combined together to realize the hardware design of data monitoring. Through WebGIS technology to match the corresponding internal operation inspection data, reduce the redundancy of internal landslide data, and through WebGIS mode to reflect the geological conditions of different areas in the map module, check the data information in the attribute database, execute the database transformation instructions, and complete the software design. Compared with the traditional real-time monitoring system of landslide measurement, the results show that the difference rate of landslide displacement of the real-time monitoring system based on WebGIS technology is smaller, the monitoring time is greatly shortened, and the practical application effect is stronger.