Design And Implementation Of Architectural Real-Time Monitoring System Based On GIS

With the development of city informatization construction, the demand of peoplefor the construction of a unified urban spatial information and spatial informationrelated to integrated information systems increasingly urgent. On the one hand, theincreasing development of wireless technology makes wireless monitoring system hasbeen widely used in various aspects of social production and life. On the other hand,geographic information systems (GIS) has to simultaneously manage geospatial andattribute data database technology advantages are widely infiltrated into variousindustry applications. How will GIS static data with dynamic data integration togetherwireless monitoring system, has become the development trend of urban wirelessmonitoring system.Papers based on a detailed analysis of the system architecture and the latest GIScomponent GIS technology wireless monitoring system proposed integrated componentGIS implementations wireless monitoring systems, and participated in the demand forwireless monitoring project analysis, design, coding to achieve and testing work toachieve the efficient integration of component GIS and wireless monitoring system.Details are as follows:The first part introduces the background and significance of the subject, andintroduced the current research.The second part discusses related technologies. Analysis of the developmentsituation of wireless monitoring system and a common architecture, focusing on thekey technologies involved in wireless monitoring system, introduce the latestdevelopments in component technology and GIS technology, the component GIStechnology are summarized.The third part analyzes the system design. Introduced AJAX-based GISimplementation platform monitoring system, followed by introduction of the systemhardware and software architecture to realize, once again introduces division andrealization of the system modules. The fourth part analyzes the detailed design of the system. The realization of themain part of the building component GIS framework for real-time monitoring systemsoftware involved is described in detail, and provides solutions on key issues.The fifth part to achieve the architectural design and implementation of GIS-basedreal-time monitoring system.