Developing And Researching Of Slope Deformation Monitoring Management Information System By Integral Technology

There's a mass of data and information in the slope deformation monitoring due to its periodicity and long-term. How to manage effectively, compute and analyze those enormous complicated monitoring data in time is an important work of the engineer and technology personnel. It also relates the actualizing quality of slope stability estimating and predicting.Aiming at some questions in the data processing of slope periodical monitoring by geodesic method, this paper designed and implemented the slope deformation monitoring management information system through integrating some excellent software like Access, MATLAB. MapObjects, and Office in Visual C++ by using the system integral technology.Based on the processing flow of the slope deformation monitoring, this paper designed the system logic construction and plotted out the system primary functions including database management, monitoring network's optimizing design, data pretreatment, adjustment and computing, deformation analysis and so on. This paper also designed the structure of the slope deformation monitoring information database through analyzing the data resources of the slope deformation monitoring. The data storied in the DBMS of Microsoft Access and the database's establishing, data updating and querying implemented by DAO.Integral technology is a key procedure for developing a composite function in information system; it can greatly improve the efficiency of software developing, avoid tremendous reduplicate labor and reduce developing expenses. The paper discussed the foundation of system integration—COM and several methods of software integration, and putted forwards the integral scheme of this system. It is discussed in detail that the integral methods, steps and performing efficiency of MATLAB integrating to implement the function of numerical value computing; and the demands of visualization of the data, the functions and integral methods of MapObjects is also discussed.This paper designed in detail and implemented the functions of optimizing design adjustment and computing of the monitoring network: and also discussed its arithmetic flow, data construction, implementing steps and the output of computing results. At last, this paper illuminated the system's feasibility through an instance's computing. Comparing with the traditional methods, the slope deformation monitoring management information system is efficient and is a shortcut for slope deformation monitoring data processing.