Design And Implementation Of Slope Monitoring System Based On Wireless Sensor

Slope engineering is a common and dangerous geotechnical engineering project in civil engineering.China's geological disasters are more types and frequent occurrences,Therefore,the stability of the slope is directly related to the people's lives and property and even the relationship between the national economic lifeline.This paper mainly studies the key technology of slope monitoring and the intelligent method of forecasting,and also gives effective demonstration through practical example of slope.Firstly,this paper makes a detailed exposition,discussion and analysis of the slope monitoring technology.The traditional slope monitoring is usually lacking in the practice of collecting useful information in real time.Therefore,this paper presents a multi-parameter,multi-point integrated monitoring method,the use of the monitoring equipment at the project site to connect multiple sensors,through the acquisition of a number of parameter information real-time,there is a reference basis,there is a contrast Analysis and prediction,thereby improving operability.Secondly,this paper introduces the relationship between slope monitoring technology and forecasting technology in detail,including data preprocessing,analysis process and forecasting method.Then,the monitoring data processing model is designed according to the data analysis process and the forecasting method.The demand analysis of the concrete business of ChangZhang Exp ressway is carried out,and the highway slope forecasting system solution is designed again.And through software engineering technology to achieve it.Finally,the monitoring and forecasting analysis of ChangZhang Expressway is carried out by using highway slope prediction system.According to the engineering geological conditions and lithological characteristics of the analyzed slope,the reinforcement scheme of the slope is put forward according to the system warning results.It is proved that the system has great reference value for highway slope stability and monitoring and forecasting methods in mountainous and hilly areas.