MIS and GIS combination-based bridge safety monitoring system

Abstract

The invention discloses an MIS and GIS combination-based bridge safety monitoring system comprising a data-aware unit, a GIS software unit, a front end data preprocessing server, a data management unit, a data analyzing and processing server and a data application unit that are all in communication with each other. The data application unit comprises an MIS screen application service subunit and a GIS screen application service subunit that are in communication with each other. According to the MIS and GIS combination-based bridge safety monitoring system, bridge safety monitoring and diagnosing is performed based on MIS and GIS combination, seamless integration and linkage of MIS and GIS can be realized, an integrated B / S structure-based cooperative work application environment can be provided for a bridge supervision department, and bridge safety monitoring business management is informationized and visualized; data required by the bridge supervision department can be output in an accurate, real, literal and graphical manner; requirements of the bridge supervision department for bridge safety monitoring business and space information and attribute information can be met.

Description

technical field [0001] The invention belongs to the technical field of bridge safety monitoring and management, and relates to a bridge safety monitoring and diagnosis system, in particular to a bridge safety monitoring and diagnosis system based on the combination of MIS and GIS. Background technique [0002] The bridge safety monitoring system involves public safety, Internet of Things, cloud computing, big data, mobile Internet, finite element analysis, structural modeling and calculation, computer-aided engineering and other disciplines, multi-systems, multi-databases, multi-application platforms, and multi-vendor networks and system equipment and other complex management environments, with various data types. How to discover the data and its structural relationship, find out the hidden phenomena in a large amount of complex and multi-dimensional data, help users understand a large amount of data information, and let users intuitively feel that the data speaks for itself...

AI Technical Summary

Problems solved by technology

However, most of the current traditional bridge safety monitoring systems have established MIS information management systems based on bridge safety monitoring, which lack the expression of the spatial location and spatial relationship of sensors and other equipment.

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