Abstract For mobile deformation monitoring of existing level survey, GNSS observation and gravimetry, dynamic information management has been developed. It can provide monitoring task register, task management and implementation, inspection and acceptance query application data, etc. The team reports survey status to the system via SMS, to improve the management of measurement processes, observing and recording the formation history of the system of observation points or lines of operation. For the follow-up, tasks quickly design and analyze data to provide historical information, advancing mobile measurement toward standardized and systematic models, improving the business efficiency of scientific monitoring. In this paper, using existing standards for monitoring the flow deformation, GNSS and gravity, we design and develop a monitoring mission from the flow design, management and implementation of the data inspection and acceptance, and dynamic information management systems, such as data query functions. The system uses an electronic map (e-map) and a list of ways to design measuring tasks. Work group management reports the job situation via SMS, the system records the implementation process for each measurement task, which further records observation history. This contributes to mission design and analysis of historical data to provide information on the flow monitoring toward standardized, systematic efficient utilization of data flow monitoring services.
Fund:The Spark Program of Earthquake Technology, CEA, No.XH14071.
Cite this article:
REN Haijun,WANG Wenqing,WANG Danning et al. The Development of Dynamical Information Management System for Mobile Deformation Monitoring[J]. jgg, 2016, 36(3): 274-277.
REN Haijun,WANG Wenqing,WANG Danning et al. The Development of Dynamical Information Management System for Mobile Deformation Monitoring[J]. jgg, 2016, 36(3): 274-277.