CN103093385A - Scenic spot comprehensive management system based on three-dimensional geographic information system (GIS) - Google Patents
Scenic spot comprehensive management system based on three-dimensional geographic information system (GIS) Download PDFInfo
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- CN103093385A CN103093385A CN2012105505855A CN201210550585A CN103093385A CN 103093385 A CN103093385 A CN 103093385A CN 2012105505855 A CN2012105505855 A CN 2012105505855A CN 201210550585 A CN201210550585 A CN 201210550585A CN 103093385 A CN103093385 A CN 103093385A
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Abstract
The invention discloses a scenic spot comprehensive management system based on a three-dimensional geographic information system (GIS). The scenic spot comprehensive management system integrates system data such as video monitoring, entrance guard ticket business, global position system (GPS) positioning and passenger flow distribution and forms a 'digital scenic spot' comprehensive management platform based on a three-dimensional GIS platform. The scenic spot comprehensive management system comprehensively utilizes the system data such as geographic information, remote sensing, global positioning, three-dimensional modeling and visual reality technology, integrates the system data such as the video monitoring, the entrance guard ticket business, the GPS positioning and the passenger flow distribution, uniformly displays on the three-dimensional GIS comprehensive management platform, conveniently and fast checks, browses, manages and displays, and achieves each application system based on functions such as business analysis, thematic expression, spatial query, spatial analysis and aid decision making supported by the basic geographic data.
Description
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Technical field
Native system relates to three-dimension GIS scenic spot comprehensive management platform.
Background technology
Along with the fast development of China's Tourism Economy, improve the various conservation of resources in scenic spot and management level, realize that the sustainable use of resource has become a urgent and real task.In addition, each scenic spot daily management and decision task are day by day heavy, and bulk information needs in time feedback and fast processing, and traditional management method and means can not adapt to the needs of scenic spot development, become the bottleneck problem of scenic spot fast development.
Each scenic spot is for adapting to the requirement of every management work, carried out a large amount of digitization system construction, develop the extensive application system, but due to the impact of the factors such as development time, development technique and leading sector, cause each application system independent operating separately, use complex operation, can't realize data sharing, form information island.
Technology contents
For addressing these problems, the applicant has developed the scenic spot total management system of a cover based on the three-dimension GIS system, the multisystem data such as integrated video monitoring, gate inhibition's ticketing service, GPS location, passenger flow distribution, formation " digital scenic spot " comprehensive management platform.
Native system provides intelligent scenic spot multiservice system Data Integration instrument and statistic algorithm, the business function that originally is distributed in subsystems is integrated into three-dimension GIS scenic spot management platform and the method for extracting and analyzing is provided, set up different business figure layer, exploitation cross-system interface.
The present invention includes scenic spot three-dimension GIS platform and video monitoring subsystem, passenger flow distribution subsystem, gate inhibition's ticketing service subsystem, GPS monitoring and scheduling subsystem;
A scenic spot three-dimension GIS platform, this scenic spot three-dimension GIS platform is integrated with scenic spot geo-spatial data, system's remotely-sensed datas such as scenic spot basal relief map, scenic spot digital elevation model and scenic spot remote sensing image; The remotely-sensed data content comprises: the Fundamental Geographic Information System data such as 1:5000 orthophotoquad (DOM), 1:10000 digital elevation figure (DEM);
B video monitoring subsystem, video monitoring system comprises and is arranged on everywhere video monitoring camera of sight spot, transmission network, server etc., the three-dimension GIS system is direct-connected by UDP with video server, sends in real time and accept transmission and the reproduction that video IP wraps to realize vision signal; Each video monitor carries out station location marker with symbol in the three-dimension GIS system of scenic spot, after operating personnel clicked certain video camera, three-dimension GIS system's ejection dialog box switched to corresponding video camera and shows its image.
C passenger flow distribution subsystem, the passenger flow compartment system sends to the three-dimension GIS platform to carry out the displaying of statistical study and result the passenger flow basic data in real time, the three-dimension GIS system resolves and deposits in historical data base automatically to data, carry out statistical study, minute highway section, the subregion real-time passenger flow data of being correlated with shows at the GIS map, and dredging for the segmentation shunting of phase scenic spot commuter rush hour provides foundation.
D gate inhibition's ticketing service subsystem, the related data of the extract real-time gate inhibition of three-dimension GIS system ticketing system, and to data analysis, with chart and digital form, show that in real time each entrance of scenic spot advances recluse's number, automatically generate analytical statement, and realize intelligent analysis and automatic early-warning function, for the scenic spot management and dispatching provides science, foundation accurately.
E GPS monitoring and scheduling subsystem directly shows scenic spot vehicle, personnel positioning information, manage at the three-dimension GIS platform.Vehicle, personnel's GP configuring S device, scenic spot three-dimension GIS platform receives in real time the gps system data and processes, realize the dynamic demonstration on three-dimensional map of vehicle, personal information, and with running orbit, real time position, travelling speed unified reproduction the on three dimension system.
Native system comprehensive geographic information, remote sensing, global location, three-dimensional modeling, virtual reality technology, performance three-dimension GIS system is directly perceived, image, the characteristics that contain much information, the system datas such as integrated video monitoring, gate inhibition's ticketing service, GPS location, passenger flow distribution, unified being presented on the three-dimension GIS comprehensive management platform, inquire about quickly and easily, browse, manage, show, realize the functions such as business diagnosis, thematic expression, space querying, spatial analysis and aid decision making that each application system supports based on geo-spatial data.
Use by this system; set up scenic spot information resources " figure " integration, Management and application pattern; for scenic spot decision-making level's command scheduling and managerial personnel management provide convenience, intuitively, comprehensive management platform efficiently; effectively integrate system resource; realize information sharing; improve digitizing scenic spot management level and operational efficiency, improve service quality in tourism, promote scenic spot conservation of resources, exploitation, sustainable use.
Embodiment
Three-dimension GIS systems development process: scenic spot geo-spatial datas such as acquisition and processing scenic spot basal relief map, scenic spot digital elevation model and scenic spot remote sensing image at first.System adopts the remotely-sensed data content to comprise: the Fundamental Geographic Information System data such as 1:5000 orthophotoquad (DOM), 1:10000 digital elevation figure (DEM).Three-dimensional modeling scene, scenic spot is taken, and image collection comprises the collection of modeling dot information and the post-processed such as buildings, ancient and well-known trees.Utilize at last above-mentioned data creation scenic spot three-dimension GIS platform.
On this basis, based on CityMaker Network 6.0 network platforms, based on Eclipse compiler, JAVA SHS(Spring, Hibernate, Struts) framework, EXT interface graphical tool builds three-dimension GIS scenic spot total management system.
Each subsystem comprises:
1, the video monitoring subsystem is integrated
The three-dimensional comprehensive platform carries out video source selection, video image broadcast, video image control etc. by special purpose interface (second development interface that video monitoring system provides), realizes the visual control comprehensive, all the period of time of guarded region is managed.
Obtain the position of each rig camera, carry out station location marker with symbols such as video cameras in three dimension system.After operating personnel clicked certain video camera in map, the three-dimension GIS system automatically switched to corresponding video camera and shows its image according to information in database.
This system develops with B/S, structurally is divided into presentation layer, application layer, three modules of data Layer.
Presentation layer is the information that the page returns after the selection video heads that the user sees; In application layer, the user selects carry out the ID transmission and analyze after video heads.Data Layer is the video information of storing in database.
Send instruction to monitoring server by three dimension system, monitoring server sends instruction to video server by TCP/ IP communication protocol, access the required video of checking camera by video server again, and video information is turned back on the three dimension system platform show.
2, the passenger flow distribution subsystem is integrated
The passenger flow compartment system is by sending message to the three-dimension GIS system, sends the two-way flow of the people data of each passenger flow distributed points in the scenic spot to the three-dimension GIS platform.The three-dimension GIS system carries out statistical study to data, and minute highway section shows corresponding result with related data at the GIS map.
This system framework is the SSH framework, use and traditional the spring configuration file is divided into four: spring_db.xml, spring_dao.xml, spring_action.xml, spring_service.xml, each dao, service, action will write in configuration file, by the interworking of Configuration AM/BAM.This system develops with B/S, structurally is divided into three modules:
1, presentation layer: display layer is the information that shows at the page after the selection statistical condition that the user sees.
2, application layer: system is to the analysis of monitored results and deposit the process of database in and call relevant database according to statistical condition.
3, data Layer: be the statistical information of storing in database.
Mainly be achieved as follows function:
(1) gate inhibition's ticketing system data message shows in real time;
(2) peak hour guest flow statistics at times;
(3) volume of the flow of passengers comparative analysis same period;
(4) exceed standard automatic early-warning prompting of the volume of the flow of passengers, early warning value is arranged by the backstage by the keeper.
The structure of native system comprises that image collecting device namely is separately positioned on the video camera of sight spot entrance, video camera arrives database with the image data transmission that gathers, by image intelligent discriminance analysis device, the view data in database being carried out data processes, the visitor's quantity that enters and flow out the sight spot is added up comparison, can analyze visitor's quantity real-time in the sight spot, and show in real time on corresponding client.
Can be by wired or wireless mode the transmission of data between above-mentioned each device.
Arranging according to easily get congestion travelling route, sight spot, scenic spot of above-mentioned video camera analyzed, the design monitoring scheme, easy congestion regions, sight spot must be through the gateway or key node install.
Above-mentioned image intelligent discriminance analysis device is to utilize computer vision and artificial intelligence technology, and the video data that video camera provides is analyzed, and calculates the number of process camera in certain time period.
Each client can adopt the mode of web browsing, and real-time query is is respectively imported and exported stream of people's situation, and scenic spot decision-making level and staff can carry out the work such as the visitor shunts according to the number calculated case.
Analyze data at three-dimension GIS system combination passenger flow compartment system, form with point, face is intuitively showed on tourism route and sight spot, and according to predefined number alarming value, show the varying number rank with the red, yellow, and green colour code respectively, for the staff provides sound and light alarm and statistical data analysis.
3, gate inhibition's ticketing service subsystem is integrated
Between gate inhibition's ticketing system network and institute of three-dimension GIS system operational network, the fire wall isolation is arranged, the related data of the three-dimension GIS extract real-time gate inhibition of system ticketing system shows.
At first three-dimensional Mount Taishan total management system is shown to the user simultaneously by the corresponding data that calls gate inhibition's ticketing service.This system framework is the SSH framework, the spring configuration file is divided into four: spring_db.xml, spring_dao.xml, spring_action.xml, spring_service.xml, each dao, service, action will write in configuration file, by the interworking of Configuration AM/BAM like this.
Mainly be achieved as follows function:
(1) gate inhibition's ticketing system data message shows in real time;
(2) peak hour guest flow statistics at times;
(3) volume of the flow of passengers comparative analysis same period;
(4) exceed standard automatic early-warning prompting of the volume of the flow of passengers, early warning value is arranged by the backstage by the keeper.
3, GPS monitoring and scheduling subsystem is integrated
Three dimension system receives the gps system data and processes, and realizes the GPS dynamic display of information.Running orbit, real time position, travelling speed are reproduced on three dimension system.
Provide Data Transport Protocol, data layout according to gps system, in three dimension system, data are processed, carry out GPS monitoring and other functions and use.
Claims (2)
1. based on the scenic spot total management system of three-dimension GIS system, comprise scenic spot three-dimension GIS platform and video monitoring subsystem, passenger flow distribution subsystem, gate inhibition's ticketing service subsystem, GPS monitoring and scheduling subsystem;
A scenic spot three-dimension GIS platform, this scenic spot three-dimension GIS platform is integrated with scenic spot geo-spatial data, system's remotely-sensed data and the three-dimensional modeling data such as scenic spot basal relief map, scenic spot digital elevation model, scenic spot remote sensing image; The remotely-sensed data content comprises: the Fundamental Geographic Information System data such as 1:5000 orthophotoquad (DOM), 1:10000 digital elevation figure (DEM); The three-dimensional modeling data comprise the three-dimensional model that becomes more meticulous of scenic spot 94 place's historical relics, ancient architecture, ancient and well-known trees;
B video monitoring subsystem exists digitized video supervisory system data; Each video monitoring camera carries out station location marker with symbol in the three-dimension GIS system of scenic spot, after operating personnel clicked certain video camera in map, the three-dimension GIS system automatically switched to corresponding video camera and shows its image according to information in database;
C passenger flow distribution subsystem, the passenger flow compartment system sends to the three-dimension GIS platform to carry out the displaying of statistical study and result the passenger flow basic data in real time;
D gate inhibition's ticketing service subsystem, gate inhibition's ticketing system initiatively send to related data three-dimension GIS intranet data storehouse, and three-dimension GIS platform invoke related data shows;
E GPS monitoring and scheduling subsystem is installed the GPS device on the vehicle of scenic spot, scenic spot three-dimension GIS platform is implemented to receive the gps system data and processed, and realizes the GPS dynamic display of information, and running orbit, real time position, travelling speed are reproduced on three dimension system.
2. the scenic spot total management system based on the three-dimension GIS system according to claim 1, it is characterized in that: described statistical system comprises image collecting device, database, image intelligent discriminance analysis device, the client that connects by wired or wireless mode data, and above-mentioned image collecting device is separately positioned on outlet and the porch of sight spot or relevant range.
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| CN104219307A (en) * | 2014-09-03 | 2014-12-17 | 南通北城科技创业管理有限公司 | GML (geography markup language)-based community information service system |
| CN104318656A (en) * | 2014-11-04 | 2015-01-28 | 无锡北斗星通信息科技有限公司 | Tourist attraction tourist flow early warning platform |
| CN104317918A (en) * | 2014-10-29 | 2015-01-28 | 深圳先进技术研究院 | Composite big-data GIS (geographic information system) based abnormal behavior analysis and alarm system |
| CN104463441A (en) * | 2014-11-25 | 2015-03-25 | 国网河南省电力公司平顶山供电公司 | Electric power GIS three-dimensional system model and application method thereof |
| CN104504895A (en) * | 2015-01-15 | 2015-04-08 | 无锡北斗星通信息科技有限公司 | Park scenic spot vehicle dispatching method |
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