CN105550824A - Intelligent disaster situation evaluation system - Google Patents
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- CN105550824A CN105550824A CN201610020458.2A CN201610020458A CN105550824A CN 105550824 A CN105550824 A CN 105550824A CN 201610020458 A CN201610020458 A CN 201610020458A CN 105550824 A CN105550824 A CN 105550824A
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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Abstract
The invention provides an intelligent disaster situation evaluation system. Data collection is performed by satellites through remote sensing, unmanned aerial vehicles through aerial photography, ground and underwater robots and fixedly installed detection equipment; a disaster integral evaluation system is built by combining a GIS (Global Information System) technology; historical, natural environment and social economic background data relevant to the disaster is collected and stored; the integral analysis and evaluation are performed on the disaster occurring possibility, geographical distribution, dangerous degree and the like in the region; meanwhile, the disaster situation information in the disaster scene is collected; disaster situation evaluation and disaster relief decision support are provided; and the industrial popularization and application is convenient.
Description
Technical field
The present invention relates to technical field of preventing and reducing natural disasters, particularly relate to a kind of intelligent the condition of a disaster evaluating system.
Background technology
The condition of a disaster assessment is on the basis of hazard prediction or Investigating, adopts certain method to carry out comprehensive or technicality evaluation to the disaster scenarios it that will occur or occurred.According to Hazard processes, the condition of a disaster assessment can be divided into three kinds: 1. assessment before calamity, to will to occur or the intensity of contingent disaster and failure mode, the extent of injury are assessed, provides foundation for taking precautions against natural calamities; 2. assessment or the assessment of calamity phase in calamity, in disaster evolution, assess disaster intensity, failure loss situation and development and change situation, for combating a natural disaster, the disaster relief provides foundation; 3. hazards entropy, after Disaster Event terminates, carries out comprehensive assessment or special assessment, for the disaster relief and post-disaster reconstruction provide foundation to the condition of a disaster.
In the relief assistance, emergency command of the accidental pollution event such as tsunami, earthquake, volcano, hurricane, flood, rubble flow, severe snow, fire, the rapid evaluation of the condition of a disaster is an extremely important ring.At present, the mitigation disaster relief work of various places still adopts manual site's pattern verification to carry out more, but due to this kind, mode human input is high, the efficiency of decision-making is low, and chaotic complicated, the landform of disaster-stricken on-the-spot situation and harsh environmental conditions, the collecting of the ground investigation of the condition of a disaster information and data sums up difficulty high.Along with satellite remote sensing technology, unmanned plane are taken photo by plane the tremendous development of technology, sensor technology, aeronautical and space technology and data communication technology, space technology has played huge effect in the process such as disaster alarm, environmental monitoring, decision assistant of China's major natural disasters.By GIS technology, disaster scene is described, be conducive to grasping disaster distribution fast, be convenient to reasonably allocate disaster relief supplies, dispose rescue troops, meanwhile, issue the condition of a disaster appreciation information timely to society, after being also conducive to calamity, the popular feelings stabilizes, avoid occurring further chaotic and panic, making to combat a natural disaster mitigation work in every is able to rulyly to carry out smoothly.
The disaster information collection of current foundation and evaluating system, main display be devastated distribution, the condition of a disaster information such as casualties in devastated, property loss, infrastructure destructiveness, site environment situation can't be provided in time to relevant departments, can not provide support for relevant departments scientifically make mitigation rescue decision-making.
Based on above-mentioned background, the present invention proposes a kind of intelligent the condition of a disaster evaluating system, utilize satellite remote sensing, unmanned plane is taken photo by plane, ground and underwater robot, fixed installation detecting devices carry out data acquisition, in conjunction with GIS technology, set up disaster integrated estimation system, gather and store history, physical environment and the socioeconomic background data relevant with disaster, systematic analysis technique is carried out to the possibility, geographic distribution, hazard level etc. that disaster in region occurs; Gather the condition of a disaster information at disaster-stricken scene simultaneously, provide the condition of a disaster to assess and Disaster relief countermeasure support.
Summary of the invention
The object of the invention is the technological deficiency for existing in prior art, and a kind of intelligent the condition of a disaster assessment method, system is provided.
For realizing object of the present invention, the technical solution adopted in the present invention is: a kind of intelligent the condition of a disaster evaluating system, described system comprises: remote sensing and sensor network, Database Systems, information analysis integrated estimation system, information sharing service platform, geography information interaction platform
Described remote sensing and sensor network, use various wired and wireless communication technique, by satellite, unmanned plane, robot, video monitoring, sensor network consisting, respectively from sky, sky, data acquisition is carried out to the condition of a disaster information in each devastated, geography information, environmental information, and collected data are transferred to information analysis and in and evaluating system;
Described Database Systems, for unifying storage, management, retrieval, extraction, statistical study and database subsystem configuration and maintenance management to related data resource;
Described information analysis integrated estimation system, the image data such as technology, unmanned air vehicle technique, Robotics, Video Supervision Technique, sensor technology are wanted based on satellite, utilize much information extraction algorithm, the multiple supplementarys such as comprehensive disaster characteristic, the condition of a disaster information and geography information, realize the monitoring to disaster field information, extraction, analysis, for disaster alarm, the condition of a disaster assessment and calamity emergency commanding and decision-making provide Back ground Information;
Multi-source heterogeneous information carries out merging, analyze and showing by described information sharing service platform, ensures unimpeded, the fast and safety of required disaster data exchange during emergency command;
Described geography information interaction platform, Geographic Information System is under the support of computer software and hardware, based on geospatial database, space orientation data, graph data, remote sensing image data, attribute data are gathered, store, manage, operate, analyze, simulate and shown, and provide multiple space and dynamic geography information, for treatment and analysis.
Wherein, described system is connected with emergency commading system with described integrated management of preventing and reducing natural disasters, described prevent and reduce natural disasters integrated management and emergency commading system comprise data acquisition end and command centre, floor manager, described data acquisition end comprises remote sensing satellite, unmanned plane, fixed detector, intelligent robot and field rescue team, described floor manager comprises floor manager car, and described command centre comprises prevent and reduce natural disasters integrated management and emergency commanding platform, commander and interaction systems.
Wherein, the raw data gathered in the condition of a disaster region is sent to prevent and reduce natural disasters integrated management and emergency commanding platform by remote sensing satellite in real time;
Unmanned plane in the condition of a disaster region, intelligent robot and laying fixing detecting devices, rescue group in real time the raw data of collection is sent to floor manager car;
Above-mentioned raw data is sent to prevent and reduce natural disasters integrated management and emergency commanding platform by floor manager car in real time;
Described integrated management and the emergency commanding platform of preventing and reducing natural disasters, analyze fact and the condition of a disaster evolving trend that described raw data draws disaster field, and manifest in three-dimensional electronic landform Architecture model, make the on-the-spot situation of commanding's grasp promptly and accurately, for its decision-making provides reference, early warning is carried out to contingent disaster, and contingent for disaster region is clearly marked in dimensional topography and BUILDINGS MODELS.
Wherein, described integrated management and the emergency commanding platform of preventing and reducing natural disasters comprises database layer, service layer and application layer, described database layer comprises geographic information database, weather information database, historical disaster information database, disaster relief experience database, disaster relief resource database, described service layer comprises data analysis service, data display service, data sharing service, described application layer comprises the calamity emergency Command Decision-making Support System based on three-dimensional virtual scene, the trans-departmental unified coordinative command interface system of cross-region, disaster alarm back-up system, multi-platform information support system, the condition of a disaster assessment back-up system, the condition of a disaster reconstruction information back-up system, Disaster information issue system.
Compared with prior art, the invention has the beneficial effects as follows: the present invention proposes a kind of intelligent the condition of a disaster evaluating system, utilize satellite remote sensing, unmanned plane is taken photo by plane, ground and underwater robot, fixed installation detecting devices carry out data acquisition, in conjunction with GIS technology, set up disaster integrated estimation system, gather and store history, physical environment and the socioeconomic background data relevant with disaster, systematic analysis technique is carried out to the possibility, geographic distribution, hazard level etc. that disaster in region occurs; Gather the condition of a disaster information at disaster-stricken scene simultaneously, provide the condition of a disaster to assess and Disaster relief countermeasure support.
Accompanying drawing explanation
Figure 1 shows that the structural representation of prevent and reduce natural disasters integrated management and the emergency commanding platform system that the present invention is based on;
Figure 2 shows that the present invention prevents and reduces natural disasters integrated management and emergency commanding platform software system structure figure;
Figure 3 shows that the present invention prevents and reduces natural disasters integrated management and emergency commanding platform software workflow figure;
Figure 4 shows that system architecture diagram of the present invention;
Embodiment
Below in conjunction with the drawings and specific embodiments, the present invention is described in further detail.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
It should be noted that, " connection " described in the application and the word for expressing " connection ", as " being connected ", " being connected " etc., it both can refer to a certain parts with another parts and directly be connected, and also can refer to a certain parts and was connected with another parts by miscellaneous part.
The embodiment of the application is the various embody rule based on prevent and reduce natural disasters integrated management and emergency command software platform system.To prevent and reduce natural disasters in the application integrated management and emergency command software platform system, for relying on control and command center at different levels and on-the-spot Emergency Command Vehicle, carry out data acquisition by means of weather satellite, high and medium unmanned plane, low latitude unmanned plane, ground robot (comprising ground robot and underwater robot), fixed installation watch-dog, set up Emergency command decision-making system.This system gathers in real time, analyze various data, and is shown in dimensional topography and BUILDINGS MODELS in real time by various data results, and guides commander to implement emergency plan formulation and emergency command in the mode of man-machine interaction.As shown in Figure 1, System's composition is as follows:
(1) data acquisition end
Data acquisition end is used for the every Monitoring Data in real time in Collecting operation district, and the data of collection are sent to command centre.Data acquisition end can comprise one or more in following equipment:
Remote sensing satellite, is obtained the satellite data of operation area in real time, and satellite data is sent to command centre by satellite remote sensing technology; Satellite remote sensing coverage is large, informative.Dynamic monitoring for large scale disasters such as typhoon, sandstorm, flood, Forset and glassland fires provides and provides powerful support for.
Unmanned plane, is taken photo by plane by unmanned plane and obtains the Monitoring Data of operation area, and Monitoring Data is sent to command centre; Unmanned plane can be used for fixedly cruising in operation area in a particular application, early warning, the evacuation masses, the disaster relief etc.; UAV Maneuver is flexible, landing is simple, can carry camera or infrared thermoviewer, arrives in overhead, monitored area collect and transmit view data by plane, makes up the shortcoming of remote sensing satellite poor real, lack of resolution.
Intelligent robot, is obtained the Monitoring Data of operation area, and Monitoring Data is sent to command centre by intelligent robot inspection; Intelligent robot has stronger survivability, utilizes the occasion that intelligent robot cannot can enter in time to some rescue personnels, implementation data collection.
Image detecting, hard-wired image detecting, can carry out round-the-clock 24 hours continual monitoring resultses to key area, makes up remote sensing satellite, deficiency that unmanned plane, robot can not continue to monitor.
The combination of weather satellite, unmanned plane, ground robot, still image monitoring equipment, constitutes ground, empty, the Trinitarian data acquisition and analysis system in sky.Make emergency commading system can control the macroscopic view overall situation, rescue First Line can be deep into again and grasp on-the-spot situation in time.
Rescue person, when after generation disaster, rescue person can get the first-hand information at disaster relief scene, and this first-hand information is sent to command centre, and command centre utilizes this first-hand information to carry out decision-making.
(2) command centre
Command centre be used for again receive data acquisition end gather data after, treatment and analysis is carried out to data.Comprise:
To prevent and reduce natural disasters integrated management and emergency commanding platform, comprise database and data analysis service system, electronic three-dimensional map Decision Support Platform and interlinked command interface, the software systems matched in addition, software systems comprise data Layer, service layer and application layer three layers formation, organically combine between each layer, there is provided complete data maintenance, issue and application service, software development is carried out based on three-dimensional geographic information system basic platform and Database Systems.Wherein, as shown in Figure 2, software systems are made up of data Layer, service layer and application layer three layers, organically combine, provide complete data maintenance, issue and application service between each layer.Software development is carried out based on three-dimensional geographic information system basic platform and Database Systems.Also comprise commander, the analysis result that commander makes according to prevent and reduce natural disasters integrated management and emergency commanding platform carries out decision-making, carries out data interaction with floor manager car.Also comprise large screen display system, audio/video communication conference system, interlinked command system, commander carries out information interaction by said system and floor manager car.Meanwhile, as shown in Figure 3, concrete function comprises the workflow of software platform:
Set up dimensional topography and BUILDINGS MODELS: utilize high-precision satellite remote sensing or aerial survey of unmanned aerial vehicle data set up operating area landform and build dimensional topography and BUILDINGS MODELS.In disaster early-warning information display, the condition of a disaster developing state information displaying, calamity emergency command dispose all with this dimensional topography and BUILDINGS MODELS for support platform.
Export the condition of a disaster early warning information: by analysis and the simulation of historical data and real-time data collection, early warning is carried out to contingent disaster, and is clearly marked in dimensional topography and BUILDINGS MODELS in contingent for disaster region.Thus before disaster occurs, by resolute the taking measures of government department, prevent trouble before it happens, avoid casualties and property loss to greatest extent.
Displaying scene situation information
Utilize remote sensing satellite, unmanned plane, robot and be laid in emphasis and to take precautions against natural calamities the fixing detecting devices in region, and on-the-spot Emergency Command Vehicle real-time pass on-the-spot audiovisual information back to Police Command Center, analyze fact and the condition of a disaster evolving trend of disaster field, and manifest in three-dimensional electronic landform Architecture model, make the on-the-spot situation of emergency command personnel grasp promptly and accurately, for its decision-making provides reference.
Disaster relief resource information is provided
Software platform provides disaster relief emergency resources information to commanding, and shows in real time on dimensional topography and BUILDINGS MODELS.Comprise: disaster relief troops and deployment scenario, medical personnel's ambulance berth quantity and deployment scenario, disaster relief supplies categorical measure and storage place, passenger traffic goods stock quantity and the information such as parking place, position, Evacuation and relocation place.The foundation of disaster relief emergency resources information database, management, maintenance are responsible for by each HR department.
Expert decision system
Expert system can solve challenge in specific area inner imitation human expert thinking.Utilize expert system technology, adopt man-machine interaction form, integrated risk analysis and assessment, history disaster relief empirical analysis, expert group analyze, succour resource analysis, in combination diagram data, formulate Emergency command decision-making scheme by principle of optimality.Mainly comprise: determine to call the kind of goods and materials, quantity, storage place and haulage track; Dispose rescue troops, determine staging post, arrange troops' delivery tool; Planning masses suffering from disaster and property transferring route, allotment haulage vehicle etc.
Build emergency command system
The large-scale disaster such as flood, arid, earthquake, hurricane, its breakdown strength is large, the duration long, coverage is wide, often involves a province and even number province; In addition, disaster relief work affairs are numerous and diverse, complicated, often need to be coordinated to have come by multiple interagency coordination such as public security, traffic, water utilities, territory, education, health, municipal administration.
With prevent and reduce natural disasters integrated management and emergency commanding platform for fulcrum, by information sharing and communication interfaces such as voice, video, images, between governments of higher levels' Police Command Center and government emergency command centre of subordinate, build longitudinal linkage command system; Between multiple departments such as public security, traffic, water utilities, territory, health, municipal administration, build transverse linkage command system, thus set up cross-region, interdepartmental comprehensive commander's network, efficiently carry out emergency command work.
Major incident command system
Commander's work at disaster relief scene is completed by command car.Floor manager car has the functions such as audiovideo collection, meteorological information acquisition, data transmission, audio/video conference, and command unmanned plane and robot to carry out site work, the operation center interconnected with fixing command centre can be set up at the scene, improve remote emergency command ability.
The condition of a disaster assessment and the condition of a disaster are issued
Powerful Data acquisition and issuance function can also provide first hand truly detailed data for the condition of a disaster assessment and post-disaster reconstruction.Simultaneously can rapidly by various Information issued to internet, realization information sharing in larger scope.Prevent and reduce natural disasters integrated management and emergency commanding platform will design public information publishing system, issue some prevent and reduce natural disasters prevention bulletin and video contents, strengthen the emergency capability of the masses when running into disaster; Meanwhile, when disaster occurs, issue the condition of a disaster information in time and escape guide service is provided, strengthening the self-saving ability of masses suffering from disaster.The masses can accept service by the platform such as home computer, mobile phone.
(3) floor manager car
Floor manager car, commander's work at disaster relief scene is completed by command car.Floor manager car has the functions such as audiovideo collection, meteorological information acquisition, data transmission, audio/video conference, and command unmanned plane and robot to carry out site work, the operation center interconnected with fixing command centre can be set up at the scene, improve remote emergency command ability.
The data that floor manager car receives unmanned plane, intelligent robot, image detector, rescue group gather, and upload the data to data-sharing systems, and obtain by data-sharing systems the data that prevent and reduce natural disasters integrated management and Police Command Center upload.In addition, mobile terminal device, such as mobile phone, pad etc. can receive the data of data-sharing systems.Floor manager car communicates with command centre by audio/video conference.
As shown in Figure 4, this application provides a kind of intelligent evaluation methods for disaster condition is embody rule based on prevent and reduce natural disasters integrated management and emergency command software platform system.
A kind of intelligent the condition of a disaster evaluating system, described system comprises: remote sensing and sensor network, Database Systems, information analysis integrated estimation system, information sharing service platform, geography information interaction platform,
Described remote sensing and sensor network, use various wired and wireless communication technique, by satellite, unmanned plane, robot, video monitoring, sensor network consisting, respectively from sky, sky, data acquisition is carried out to the condition of a disaster information in each devastated, geography information, environmental information, and collected data are transferred to information analysis and in and evaluating system;
Described Database Systems, for unifying storage, management, retrieval, extraction, statistical study and database subsystem configuration and maintenance management to related data resource;
Described information analysis integrated estimation system, the image data such as technology, unmanned air vehicle technique, Robotics, Video Supervision Technique, sensor technology are wanted based on satellite, utilize much information extraction algorithm, the multiple supplementarys such as comprehensive disaster characteristic, the condition of a disaster information and geography information, realize the monitoring to disaster field information, extraction, analysis, for disaster alarm, the condition of a disaster assessment and calamity emergency commanding and decision-making provide Back ground Information;
Multi-source heterogeneous information carries out merging, analyze and showing by described information sharing service platform, ensures unimpeded, the fast and safety of required disaster data exchange during emergency command;
Described geography information interaction platform, Geographic Information System is under the support of computer software and hardware, based on geospatial database, space orientation data, graph data, remote sensing image data, attribute data are gathered, store, manage, operate, analyze, simulate and shown, and provide multiple space and dynamic geography information, for treatment and analysis.
Wherein, described system is connected with emergency commading system with described integrated management of preventing and reducing natural disasters, described prevent and reduce natural disasters integrated management and emergency commading system comprise data acquisition end and command centre, floor manager, described data acquisition end comprises remote sensing satellite, unmanned plane, fixed detector, intelligent robot and field rescue team, described floor manager comprises floor manager car, and described command centre comprises prevent and reduce natural disasters integrated management and emergency commanding platform, commander and interaction systems.
Wherein, the raw data gathered in the condition of a disaster region is sent to prevent and reduce natural disasters integrated management and emergency commanding platform by remote sensing satellite in real time;
Unmanned plane in the condition of a disaster region, intelligent robot and laying fixing detecting devices, rescue group in real time the raw data of collection is sent to floor manager car;
Above-mentioned raw data is sent to prevent and reduce natural disasters integrated management and emergency commanding platform by floor manager car in real time;
Described integrated management and the emergency commanding platform of preventing and reducing natural disasters, analyze fact and the condition of a disaster evolving trend that described raw data draws disaster field, and manifest in three-dimensional electronic landform Architecture model, make the on-the-spot situation of commanding's grasp promptly and accurately, for its decision-making provides reference, early warning is carried out to contingent disaster, and contingent for disaster region is clearly marked in dimensional topography and BUILDINGS MODELS.
Wherein, described integrated management and the emergency commanding platform of preventing and reducing natural disasters comprises database layer, service layer and application layer, described database layer comprises geographic information database, weather information database, historical disaster information database, disaster relief experience database, disaster relief resource database, described service layer comprises data analysis service, data display service, data sharing service, described application layer comprises the calamity emergency Command Decision-making Support System based on three-dimensional virtual scene, the trans-departmental unified coordinative command interface system of cross-region, disaster alarm back-up system, multi-platform information support system, the condition of a disaster assessment back-up system, the condition of a disaster reconstruction information back-up system, Disaster information issue system.
Compared with prior art, the invention has the beneficial effects as follows: the present invention proposes a kind of intelligent the condition of a disaster evaluating system, utilize satellite remote sensing, unmanned plane is taken photo by plane, ground and underwater robot, fixed installation detecting devices carry out data acquisition, in conjunction with GIS technology, set up disaster integrated estimation system, gather and store history, physical environment and the socioeconomic background data relevant with disaster, systematic analysis technique is carried out to the possibility, geographic distribution, hazard level etc. that disaster in region occurs; Gather the condition of a disaster information at disaster-stricken scene simultaneously, provide the condition of a disaster to assess and Disaster relief countermeasure support.
The above is only the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, under the premise without departing from the principles of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (4)
1. an intelligent the condition of a disaster evaluating system, is characterized in that, described system comprises: remote sensing and sensor network, Database Systems, information analysis integrated estimation system, information sharing service platform, geography information interaction platform,
Described remote sensing and sensor network, use various wired and wireless communication technique, by satellite, unmanned plane, robot, video monitoring, sensor network consisting, respectively from sky, sky, data acquisition is carried out to the condition of a disaster information in each devastated, geography information, environmental information, and collected data are transferred to information analysis and in and evaluating system;
Described Database Systems, for unifying storage, management, retrieval, extraction, statistical study and database subsystem configuration and maintenance management to related data resource;
Described information analysis integrated estimation system, the image data such as technology, unmanned air vehicle technique, Robotics, Video Supervision Technique, sensor technology are wanted based on satellite, utilize much information extraction algorithm, the multiple supplementarys such as comprehensive disaster characteristic, the condition of a disaster information and geography information, realize the monitoring to disaster field information, extraction, analysis, for disaster alarm, the condition of a disaster assessment and calamity emergency commanding and decision-making provide Back ground Information;
Multi-source heterogeneous information carries out merging, analyze and showing by described information sharing service platform, ensures unimpeded, the fast and safety of required disaster data exchange during emergency command;
Described geography information interaction platform, Geographic Information System is under the support of computer software and hardware, based on geospatial database, space orientation data, graph data, remote sensing image data, attribute data are gathered, store, manage, operate, analyze, simulate and shown, and provide multiple space and dynamic geography information, for treatment and analysis.
2. the intelligent the condition of a disaster evaluating system of one according to claim 1, it is characterized in that, described system is connected with emergency commading system with described integrated management of preventing and reducing natural disasters, described prevent and reduce natural disasters integrated management and emergency commading system comprise data acquisition end and command centre, floor manager, described data acquisition end comprises remote sensing satellite, unmanned plane, fixed detector, intelligent robot and field rescue team, described floor manager comprises floor manager car, and described command centre comprises prevent and reduce natural disasters integrated management and emergency commanding platform, commander and interaction systems.
3. the intelligent the condition of a disaster evaluating system of one according to claim 2, it is characterized in that, the raw data gathered in the condition of a disaster region is sent to prevent and reduce natural disasters integrated management and emergency commanding platform by remote sensing satellite in real time;
Unmanned plane in the condition of a disaster region, intelligent robot and laying fixing detecting devices, rescue group in real time the raw data of collection is sent to floor manager car;
Above-mentioned raw data is sent to prevent and reduce natural disasters integrated management and emergency commanding platform by floor manager car in real time;
Described integrated management and the emergency commanding platform of preventing and reducing natural disasters, analyze fact and the condition of a disaster evolving trend that described raw data draws disaster field, and manifest in three-dimensional electronic landform Architecture model, make the on-the-spot situation of commanding's grasp promptly and accurately, for its decision-making provides reference, early warning is carried out to contingent disaster, and contingent for disaster region is clearly marked in dimensional topography and BUILDINGS MODELS.
4. the intelligent the condition of a disaster evaluating system of one according to claim 1, it is characterized in that, described integrated management and the emergency commanding platform of preventing and reducing natural disasters comprises database layer, service layer and application layer, described database layer comprises geographic information database, weather information database, historical disaster information database, disaster relief experience database, disaster relief resource database, described service layer comprises data analysis service, data display service, data sharing service, described application layer comprises the calamity emergency Command Decision-making Support System based on three-dimensional virtual scene, the trans-departmental unified coordinative command interface system of cross-region, disaster alarm back-up system, multi-platform information support system, the condition of a disaster assessment back-up system, the condition of a disaster reconstruction information back-up system, Disaster information issue system.
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