CN106326459A - On-water traffic accident emergency simulation system and method - Google Patents
On-water traffic accident emergency simulation system and method Download PDFInfo
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Abstract
The invention provides an on-water traffic accident emergency simulation system, which comprises a monitoring personnel client, a rescue personnel client, an operation period monitoring end and a server, wherein the monitoring personnel client is connected through gigabit Ethernet, and is used for multi-scene site display; the rescue personnel client is used for performing scene display according to respective roles; the operation period monitoring end is used for real-time residue data display and server management during the simulation system operation; the server is used for providing scene display for the monitoring personnel client and the rescue personnel client, receiving contents input by the monitoring personnel client and the rescue personnel client to perform data processing and receiving management tasks of the operation period monitoring end so as to manage the server. Different clients are allocated to different personnel; through on-water traffic accident emergency simulation, the emergency rescue capability of relevant personnel is improved; the goals of ensuring the boat passing safety, reducing the boat accident loss and improving the boat transportation efficiency are achieved.
Description
Technical field
The invention belongs to information science and systems scientific domain, especially a kind of maritime accidents forecast meet an urgent need analogue system and
Method.
Background technology
Maritime accidents forecast meet an urgent need emulation technology be with the theory of similarity, model theory, systematology, information technology and figure manage
Based on Lun, with computer system and emulator as instrument, according to structure, principle, flow process and the feature of simulated object, to very
Real environment or process simulation and an integrated technology of reproduction.Can realize goal systems being analyzed, assessing
With functions such as decision supports, especially running environment is had occasionality, danger, destructive maritime accidents forecast system,
Emulation technology can obtain goal systems operation conditions in adverse conditions with less cost.Hand on the water as emulation technology
The concrete application in logical accident emergency field, achieves impressive progress in recent years in terms of theoretical research, should to maritime accidents forecast
Anxious emulation has played important impetus.
Comparatively speaking, maritime accidents forecast is met an urgent need and is emulated the system design aspect lagging in development at face the practice.This existing
The meet an urgent need complexity of analogue system of shape and maritime accidents forecast has much relations.Because open the navigation or air flight ring during ship's navigation with outside
The coupling in border is the most prominent.Meet an urgent need the deep of field along with emulation technology vehicle accident on the water and extensively applies, waterborne
Vehicle accident is met an urgent need to emulate and is the most gradually shaped as a new research field, and its development further is in the urgent need to facing to manufacture
The maritime accidents forecast emergency system design system of practice.
Summary of the invention
The technical problem to be solved in the present invention is: provides a kind of maritime accidents forecast to meet an urgent need analogue system and method, passes through
The emergent emulation of maritime accidents forecast, improves the emergent rescue capability of related personnel, reaches to ensure ship navigation safety, reduce boats and ships
Causality loss, the purpose of ship-lifting conevying efficiency.
The present invention solves that the technical scheme that above-mentioned technical problem is taked is: the emergent emulation of a kind of maritime accidents forecast is
System, it is characterised in that: it includes being connected by gigabit Ethernet:
Monitoring personnel's client, for many what comes into a driver's outpost display, for monitoring personnel's discovery accident and the input commander of command centre
Order；
Rescue personnel's client, for carrying out scene display according to respective role, for each rescue personnel's discovery accident and simulation
Rescue measure；
Runtime monitoring client, rescues data display and server admin when analogue system is run in real time；
Server, for providing scene display for monitoring personnel's client and rescue personnel's client, receives monitoring personnel client
The content of end and the input of rescue personnel's client carries out data process, and stores new emulation data, reading, playback history emulation
Data, provide for runtime monitoring client and rescue data in real time, receive the management role of runtime monitoring client thus enter server
Line pipe is managed.
By said system, described rescue personnel's client includes vessel simulator, the Yi Jichuan set for respective role
The display of the scene display of respective role it is used for before oceangoing ship simulator；Vessel simulator is provided with command input device and for adopting
Collect the sensor of instruction, instruction analysis resolution unit and be used for being transferred to the instruction of parsing the data transmission unit of server.
By said system, described vessel simulator is divided into ocean patrol ship simulator and fireboat simulator.
By said system, described server includes:
Data base, including case library, prediction scheme storehouse, basic database and playback of data storehouse, case library is used for depositing water transportation thing
Therefore case, the prediction scheme that prediction scheme storehouse is corresponding when there is maritime accidents forecast for depositing, basic database is used for depositing navigation channel, boats and ships
Parameter information, playback of data storehouse is used for depositing history emulation data；
Case performs logic module, is used for calling data base, is showed by case data with the form of dynamic simulation, it is provided that each
Plant emulation to develop and interaction logic, occur including accident and warping module, rescue task manage module, prediction scheme performs module and system
Meter evaluation module；Wherein accident occurs secondary with what warping module derived after emulating maritime accidents forecast and accident generation
Disaster；Rescue task management module is used for when there is maritime accidents forecast creating a series of rescue tasks according to accident pattern,
And it is sent to each rescue personnel's client by data exchange module, obtain rescue personnel client by data exchange module simultaneously
End operation and decision making and verify；Prediction scheme performs module for obtaining and analyze current accident conditions, rescue situations
Dynamic data, provides decision guidance according to the setting in prediction scheme storehouse to each role；Statistical appraisal module is for adding up the number of each role
According to, emulation terminate after according to statistics data evaluation is made in rehearsal；
Server management module, is called by runtime monitoring client, including prediction scheme data management module, case data management module
With case start and stop module；Prediction scheme data management module has been used for establishment and the editor of prediction scheme, during being included in emergency management and rescue
Need a series of instructions disposed and perform；Case data management module, for providing establishment and the editor of emulation case, is passed through
Configure various parameter to form complete accident scene；The control that case start and stop module is inquired about for existing case, started and stop
System；
Data exchange module, for processing all data sending from server and receiving, according to the type of data, is transmitted to
Corresponding module.
By said system, the type of described data includes synchrodata, administration order and playback of data；Synchrodata is
Logical data and client that case execution logic module produces in running send the operation data of coming, data interchange mode
Block is responsible for receiving and broadcast；The administration order that runtime monitoring client sends is forwarded to the management module of correspondence；Playback of data includes
History emulation data and broadcasting playback request, history emulation data store to playback of data storehouse, play playback request and then call back
Put data base to play out.
Utilize above-mentioned maritime accidents forecast meet an urgent need analogue system realize emergent emulation mode, it is characterised in that: it includes
Following steps:
S1, runtime monitoring client invoking server carry out starting case, show when analogue system is run simultaneously and rescue number in real time
According to；
S2, server carry out scene display according to the content of case to monitoring personnel's client and rescue personnel's client, for prison
Control personnel and rescue personnel's discovery accident；
Send order command when S3, monitoring personnel's discovery accident, during rescue personnel's discovery accident, send alarm signal, server root
Create a series of rescue tasks according to accident pattern, and be sent to each rescue personnel's client by data exchange module；
S4, a series of rescue measure of rescue personnel's client simulation, server obtains the operation of rescue personnel's client simultaneously
And decision making and verify；
In S5, simulation process, obtain and analyze current accident conditions, the dynamic data of rescue situations in real time, according to prediction scheme storehouse
Setting provide decision guidance to each role；
Adding up the data of each role in S6, simulation process, after emulation terminates, rehearsal is made evaluation by the data according to statistics.
The invention have the benefit that by distributing different clients to different roles, pass through maritime accidents forecast
Meet an urgent need and emulate, improve the emergent rescue capability of related personnel, reach to ensure that ship navigation safety, reduction marine incident lose, carry
Rise the purpose of Shipping efficiency.
Accompanying drawing explanation
Fig. 1 is the server concept block diagram of one embodiment of the invention.
Detailed description of the invention
Below in conjunction with instantiation and accompanying drawing, the present invention will be further described.
The present invention provides a kind of maritime accidents forecast to meet an urgent need analogue system, and it includes being connected by gigabit Ethernet: prison
Control personnel's client, for many what comes into a driver's outpost display, for monitoring personnel's discovery accident and the input order command of command centre；Rescue
Help personnel's client, for carrying out scene display according to respective role, arrange for each rescue personnel's discovery accident and simulation rescue
Execute；Runtime monitoring client, rescues data display and server admin when analogue system is run in real time；Server, be used for be
Monitoring personnel's client and rescue personnel's client provide scene display, receive monitoring personnel's client and rescue personnel's client
The content of input carries out data process, and stores new emulation data, reading, playback history emulation data, monitors for the runtime
End provides rescues data in real time, receives the management role of runtime monitoring client thus is managed server.
Preferably, described rescue personnel's client includes vessel simulator and the boats and ships mould set for respective role
The display of the scene display of respective role it is used for before intending device；Vessel simulator is provided with command input device and refers to for gathering
The sensor of order, instruction analysis resolution unit and for the instruction of parsing being transferred to the data transmission unit of server.
Further, described vessel simulator is divided into ocean patrol ship simulator and fireboat simulator.
Preferably, described server is as it is shown in figure 1, include:
Data base, including case library, prediction scheme storehouse, basic database and playback of data storehouse, case library is used for depositing water transportation thing
Therefore case, the prediction scheme that prediction scheme storehouse is corresponding when there is maritime accidents forecast for depositing, basic database is used for depositing navigation channel, boats and ships
Parameter information, playback of data storehouse is used for depositing history emulation data；
Case performs logic module, is used for calling data base, is showed by case data with the form of dynamic simulation, it is provided that each
Plant emulation to develop and interaction logic, occur including accident and warping module, rescue task manage module, prediction scheme performs module and system
Meter evaluation module；Wherein accident occurs secondary with what warping module derived after emulating maritime accidents forecast and accident generation
Disaster；Rescue task management module is used for when there is maritime accidents forecast creating a series of rescue tasks according to accident pattern,
And it is sent to each rescue personnel's client by data exchange module, obtain rescue personnel client by data exchange module simultaneously
End operation and decision making and verify；Prediction scheme performs module for obtaining and analyze current accident conditions, rescue situations
Dynamic data, provides decision guidance according to the setting in prediction scheme storehouse to each role；Statistical appraisal module is for adding up the number of each role
According to, emulation terminate after according to statistics data evaluation is made in rehearsal；
Server management module, is called by runtime monitoring client, including prediction scheme data management module, case data management module
With case start and stop module；Prediction scheme data management module has been used for establishment and the editor of prediction scheme, during being included in emergency management and rescue
Need a series of instructions disposed and perform；Case data management module, for providing establishment and the editor of emulation case, is passed through
Configure various parameter to form complete accident scene；The control that case start and stop module is inquired about for existing case, started and stop
System；
Data exchange module, for processing all data sending from server and receiving, according to the type of data, is transmitted to
Corresponding module,
Further, the type of described data includes synchrodata, administration order and playback of data；Synchrodata is that case is held
Logical data and client that row logic module produces in running send the operation data of coming, and data exchange module is responsible for
Receive and broadcast；The administration order that runtime monitoring client sends is forwarded to the management module of correspondence；Playback of data includes that history is imitated
True data and broadcasting playback request, history emulation data store to playback of data storehouse, play playback request and then call playback of data
Storehouse plays out.
Utilize above-mentioned maritime accidents forecast meet an urgent need analogue system realize emergent emulation mode, comprise the following steps:
S1, runtime monitoring client invoking server carry out starting case, show when analogue system is run simultaneously and rescue number in real time
According to；
S2, server carry out scene display according to the content of case to monitoring personnel's client and rescue personnel's client, for prison
Control personnel and rescue personnel's discovery accident；
Send order command when S3, monitoring personnel's discovery accident, during rescue personnel's discovery accident, send alarm signal, server root
Create a series of rescue tasks according to accident pattern, and be sent to each rescue personnel's client by data exchange module；
S4, a series of rescue measure of rescue personnel's client simulation, server obtains the operation of rescue personnel's client simultaneously
And decision making and verify；
In S5, simulation process, obtain and analyze current accident conditions, the dynamic data of rescue situations in real time, according to prediction scheme storehouse
Setting provide decision guidance to each role；
Adding up the data of each role in S6, simulation process, after emulation terminates, rehearsal is made evaluation by the data according to statistics.
The present embodiment utilizes gaming platform to develop, and builds the emulation that the hardware and software of an accident emergency disposal combines
Scene, on the one hand this design has built the hardware platform that current maritime affairs emergency rescues command centre is similar, including its communication system；
On the other hand this design can also simulate the two-dimentional systems such as VTS, AIS and vessel traffic flow form.On this basis, three-dimensional is utilized
Scene Simulation has built three-dimensional navigation environment scene, accident context and ocean patrol ship, fireboat rescue scene etc.,
Accident scenarios true to nature is provided for participant.This system is disposed by simulation safety of traffic on water event and emergent interaction and is drilled
Practice process, improve related personnel and determine the ability of rescue strategies, the technical ability of strengthening entirety rescue at complicated scene, be lifted at search and rescue
During commander's level and psychological fitness.
On the water in the emergent emulation of vehicle accident, definition has multiple human roles, the administrative man set including accident scene
Member role, accident find personnel warning role, cruise detachment ocean patrol ship sue and labour role, fire-fighting detachment fireboat rescue angle
Normal complexion is positioned at the commander role of command centre.Each rehearsal personnel accident discovery, report to the police, receive a crime report, confirm, dispose and termination etc.
During complete emergency drilling according to the development of accident.
In the present embodiment, server is the application without interface, so managing function by runtime monitoring client by calling net
Network management interface completes.
1, server
(1) server admin
The management function that book server comprises is as follows:
Prediction scheme data management
Prediction scheme is for specific maritime accidents forecast emergency management and rescue set in advance scheme, is included in emergency management and rescue process in scheme
The middle a series of instructions needing to dispose and perform.Program management provides establishment and the editting function of prediction scheme.
Case data manages
Accident case data are the data cores of emulation, form a complete accident scene by configuring various parameter.Case
Example management provides establishment and the editting function of emulation case.
Case starts and stops
The control function that system provides existing case inquiry, starts and stop.
(2) case performs logic
Case performs the Core Feature that logic is server, and case performs to be exactly that case data is showed by the form with dynamic simulation
Out, it is provided that various emulation develop and interaction logic.
Accident occurs and develops
Accident be simulate in analogue system boats and ships collide, the event procedure such as stranded.It is to send out in accident that accident develops
What after life, simulation was derivative catch fire, article are overboard, man overboard, bridge collapse and the secondary disaster effect of Ship's Sinking.
Rescue task manages
After accident occurs, system creates a series of rescue tasks according to the type of accident.Client user needs by various
Having operated each rescue task, server operation to user simultaneously makes a determination and verifies.
Prediction scheme performs
During case performs, it is each that prediction scheme performance element will be responsible for obtaining and analyze current accident conditions, rescue situations etc.
Plant dynamic data, provide decision guidance according to the setting in prediction scheme storehouse to role simultaneously.
Statistics and evaluation
During performing rescue task, all operations of user all can record on the server, takes after emulation terminates
Rehearsal will be made evaluation according to the data of statistics by business device.
(3) data exchange
Data exchange is the basic function of server end, all data sending from server and receiving all by this module at
Reason, dissimilar according to data of this module, automatically forward the data to corresponding module.
Synchrodata exchanges
Case performs logic can produce various logic data in running, also accepts each client simultaneously and sends the behaviour of coming
Making data, these data all are responsible for receiving and broadcast by synchrodata Switching Module.
Administration order
Owing to the management end of server is runtime monitoring client, so Switching Module will forward the data to after receiving administration order
Corresponding management resume module.
Playback of data manages
Owing to all of emulation data all can pass in and out from data exchange module, so data can be filtered by Switching Module, as
Really these data belong to the data of playback needs, then be responsible for storing in playback of data storehouse these part data.If client simultaneously
End sends the request playing playback of data, is also responsible for by this module.
2, monitoring personnel's client
The interface of monitoring personnel's client will project on giant-screen, be used for emulating the giant-screen of actual command centre main control terminal
Video monitoring function.
The user of this client is the monitoring personnel of command centre, and main responsibility is monitoring near a river, regards more
Scape outpost display and accident find.
Monitor near a river
Utilize fixed observer point near a river to observe the ruuning situation of river surface boats and ships, can be selected by observation station list when accident occurs
Select closed-circuit television system near a river nearby and check the situation of field accident, provide decision support for command centre.
Many what comes into a driver's outpost display
As dummy emulation system, more abundant experiencing when participating in the cintest can be provided the user, so monitoring personnel's client also carries
Supply other two visual angle: aerial visual angle and follow visual angle.Make the management personnel of Surveillance center more straight by both visual angles
See ground and understand Decision Quality.
Accident finds
User may be at very first time discovery accident boats and ships using monitoring system near a river when, and user will undertake in this time
The role of accident alarming, accident information feeds back to the management personnel of Surveillance center by the very first time.
3, rescue personnel's client
Rescue personnel client user is cruise ship and the salvor of fireboat.Major responsibility in the present system is that accident is sent out
Now, scene of the accident acquisition of information, the scene of the accident are disposed and rescue.
Accident finds
User drives may be at the very first time discovery accident boats and ships when boats and ships cruise, and this time, user will undertake accident alarming
Role, accident information feeds back to Surveillance center management personnel by the very first time.
Scene of the accident acquisition of information
Other monitor terminals can have the acquisition of different angles to accident information, but is difficult to the Real-time and Dynamic of the accurate assurance scene of the accident
Information, then rescue personnel's client now serves as the role of scene of the accident acquisition of information.
The scene of the accident is disposed and rescue
This terminal use utilizes the lifesaving appliance of cruise ship to complete to sue and labour the task of persons falling in water, it is also possible to utilize the phase of fire boat
Close facility and complete the rescue tasks such as fire extinguishing.
4, runtime monitoring client
The window that when runtime monitoring client is analogue system operation, information dynamically presents, is also the control terminal of system.So it is main
Function is wanted to be divided into rescue data display and two parts of server admin in real time.
(1) data display is rescued in real time
The interface of runtime data display will project on giant-screen, be used for constituting one of command centre's main control terminal giant-screen
Point.Runtime data display shows the dynamic data of current emergency management and rescue on interface, including current accident details, environmental information
Prompting, search and rescue dynamic data show and Current resource configuring condition is shown.
(2) server admin
Server admin is the set of one group of instrument, for data and the function of control server of configuration service device.Mainly carry
The function controlled for server configures management and operation.
Server configures manages
The server of native system is the system not having interface, and runtime monitoring client utilizes the management port of server to set up connection with it
System, and by management protocol management server capability.
Server runs and controls
It is used for controlling the operational mode that server is current, server can be started by playback mode and simulation model.
5, role-play interaction
According to being described above, in system, user mainly has three class users: front end rescue personnel, center monitoring personnel and centre management
Personnel.
(1) await orders
After emulation starts, accident is in armed state before occurring.Front end rescue personnel is according to predetermined course line cruise；Center
Monitoring personnel browse the data of each fixing control point as required, observe water transportation situation；Centralized administrator is comprehensively looked into
See AIS/VTS data and the 3 D monitoring data of two dimension, monitor water transportation situation.
(2) accident finds
After emulation starts, the Three role in system all may first discovery accident.
Cruise ship
If by front end rescue personnel's discovery accident, then need to be reported accident conditions to Surveillance center's management by virtual telephony
Personnel, command centre is monitored personnel and switches observation station, checks the details of accident scene by management personnel.
Fixing monitoring and observation point
If being utilized fixing monitoring and observation point discovery accident by center monitoring personnel, then need to inform rapidly centralized administrator.
Centralized administrator checks AIS/VTS data, the Position Approximate that confirmation accident occurs, and utilizes virtual telephony and front end rescuer
Member gets in touch, and arranges it to rush for rapidly the scene of the accident, and the personnel of command centre's monitoring simultaneously switch observation station, check accident scene
Details.
Two dimension AIS/VTS system alarm
If being obtained accident alarm by centralized administrator from two dimension AIS/VTS system, then virtual telephony is utilized to search with front end
The personnel of rescuing get in touch, and arrange it to rush for rapidly the scene of the accident, and the personnel of command centre's monitoring simultaneously switch observation station, check accident
The details of scene.
(3) accident rescue
During accident rescue, centralized administrator utilizes two dimension AIS/VTS system, 3 D monitoring, search and rescue progress information and pre-
The various data such as case execution information complete scheduling and commander's work.Front end rescue worker is according to centralized administrator in the process
Instruction complete the work such as rescue, fire extinguishing, center monitoring personnel adjust monitoring visual angle according to the instruction of management personnel, meet management
The needs of personnel.
Above example is merely to illustrate design philosophy and the feature of the present invention, its object is to make the technology in this area
Personnel will appreciate that present disclosure and implement according to this, and protection scope of the present invention is not limited to above-described embodiment.So, all depend on
The equivalent variations made according to disclosed principle, mentality of designing or modification, all within protection scope of the present invention.
Claims (6)
1. a maritime accidents forecast is met an urgent need analogue system, it is characterised in that: it includes being connected by gigabit Ethernet:
Monitoring personnel's client, for many what comes into a driver's outpost display, for monitoring personnel's discovery accident and the input commander of command centre
Order；
Rescue personnel's client, for carrying out scene display according to respective role, for each rescue personnel's discovery accident and simulation
Rescue measure；
Runtime monitoring client, rescues data display and server admin when analogue system is run in real time；
Server, for providing scene display for monitoring personnel's client and rescue personnel's client, receives monitoring personnel client
The content of end and the input of rescue personnel's client carries out data process, and stores new emulation data, reading, playback history emulation
Data, provide for runtime monitoring client and rescue data in real time, receive the management role of runtime monitoring client thus enter server
Line pipe is managed.
Maritime accidents forecast the most according to claim 1 is met an urgent need analogue system, it is characterised in that: described rescue personnel visitor
Family end includes scene display aobvious before the vessel simulator that sets for respective role and vessel simulator for respective role
Show device；Vessel simulator is provided with command input device and sensor, instruction analysis resolution unit and use for acquisition instructions
In the data transmission unit that the instruction of parsing is transferred to server.
Maritime accidents forecast the most according to claim 2 is met an urgent need analogue system, it is characterised in that: described vessel simulator
It is divided into ocean patrol ship simulator and fireboat simulator.
Maritime accidents forecast the most according to claim 1 is met an urgent need analogue system, it is characterised in that: described server bag
Include:
Data base, including case library, prediction scheme storehouse, basic database and playback of data storehouse, case library is used for depositing water transportation thing
Therefore case, the prediction scheme that prediction scheme storehouse is corresponding when there is maritime accidents forecast for depositing, basic database is used for depositing navigation channel, boats and ships
Parameter information, playback of data storehouse is used for depositing history emulation data；
Case performs logic module, is used for calling data base, is showed by case data with the form of dynamic simulation, it is provided that each
Plant emulation to develop and interaction logic, occur including accident and warping module, rescue task manage module, prediction scheme performs module and system
Meter evaluation module；Wherein accident occurs secondary with what warping module derived after emulating maritime accidents forecast and accident generation
Disaster；Rescue task management module is used for when there is maritime accidents forecast creating a series of rescue tasks according to accident pattern,
And it is sent to each rescue personnel's client by data exchange module, obtain rescue personnel client by data exchange module simultaneously
End operation and decision making and verify；Prediction scheme performs module for obtaining and analyze current accident conditions, rescue situations
Dynamic data, provides decision guidance according to the setting in prediction scheme storehouse to each role；Statistical appraisal module is for adding up the number of each role
According to, emulation terminate after according to statistics data evaluation is made in rehearsal；
Server management module, is called by runtime monitoring client, including prediction scheme data management module, case data management module
With case start and stop module；Prediction scheme data management module has been used for establishment and the editor of prediction scheme, during being included in emergency management and rescue
Need a series of instructions disposed and perform；Case data management module, for providing establishment and the editor of emulation case, is passed through
Configure various parameter to form complete accident scene；The control that case start and stop module is inquired about for existing case, started and stop
System；
Data exchange module, for processing all data sending from server and receiving, according to the type of data, is transmitted to
Corresponding module.
Maritime accidents forecast the most according to claim 4 is met an urgent need analogue system, it is characterised in that: the type of described data
Including synchrodata, administration order and playback of data；Synchrodata is that case execution logic module produces in running
Logical data and client send the operation data of coming, and data exchange module is responsible for receiving and broadcast；Runtime monitoring client sends
Administration order be forwarded to correspondence management module；Playback of data includes history emulation data and plays playback request, and history is imitated
True data stores to playback of data storehouse, and broadcasting playback request is then called playback of data storehouse and played out.
6. utilize the maritime accidents forecast described in claim 1 meet an urgent need analogue system realize emergent emulation mode, its feature exists
In: it comprises the following steps:
S1, runtime monitoring client invoking server carry out starting case, show when analogue system is run simultaneously and rescue number in real time
According to；
S2, server carry out scene display according to the content of case to monitoring personnel's client and rescue personnel's client, for prison
Control personnel and rescue personnel's discovery accident；
Send order command when S3, monitoring personnel's discovery accident, during rescue personnel's discovery accident, send alarm signal, server root
Create a series of rescue tasks according to accident pattern, and be sent to each rescue personnel's client by data exchange module；
S4, a series of rescue measure of rescue personnel's client simulation, server obtains the operation of rescue personnel's client simultaneously
And decision making and verify；
In S5, simulation process, obtain and analyze current accident conditions, the dynamic data of rescue situations in real time, according to prediction scheme storehouse
Setting provide decision guidance to each role；
Adding up the data of each role in S6, simulation process, after emulation terminates, rehearsal is made evaluation by the data according to statistics.
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107067872A (en) * | 2017-06-12 | 2017-08-18 | 北京神舟智汇科技有限公司 | A kind of networking flight simulation combined training main frame |
| CN107369123A (en) * | 2017-08-24 | 2017-11-21 | 东莞中国科学院云计算产业技术创新与育成中心 | Emergent simulated maneuver scheme generation method, device, medium and computer equipment |
| CN109712463A (en) * | 2019-03-14 | 2019-05-03 | 中国铁建重工集团有限公司 | A kind of emulation training data processing method and system |
| CN109918727A (en) * | 2019-01-30 | 2019-06-21 | 上海卫星工程研究所 | More simulating scenes dynamic management approach |
| CN111723255A (en) * | 2020-05-08 | 2020-09-29 | 中国人民解放军海军特色医学中心 | Construction method of ship control room operation task completion time database |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101799999A (en) * | 2010-04-06 | 2010-08-11 | 中国石油化工股份有限公司 | Accident emergency drilling system and method |
| CN103020389A (en) * | 2012-12-28 | 2013-04-03 | 上海创图网络科技发展有限公司 | Fire fighting command training simulation method and system based on browser 3D visualization |
| CN104143130A (en) * | 2014-07-28 | 2014-11-12 | 中国安全生产科学研究院 | Emergency exercise system and method |
| CN104240547A (en) * | 2013-06-13 | 2014-12-24 | 中国人民武装警察部队学院 | Fire-fighting and rescuing command computer simulation training system |
| CN105205226A (en) * | 2015-08-28 | 2015-12-30 | 武汉理工大学 | Two-dimensional maritime simulation system |
-
2016
- 2016-08-29 CN CN201610750421.5A patent/CN106326459A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101799999A (en) * | 2010-04-06 | 2010-08-11 | 中国石油化工股份有限公司 | Accident emergency drilling system and method |
| CN103020389A (en) * | 2012-12-28 | 2013-04-03 | 上海创图网络科技发展有限公司 | Fire fighting command training simulation method and system based on browser 3D visualization |
| CN104240547A (en) * | 2013-06-13 | 2014-12-24 | 中国人民武装警察部队学院 | Fire-fighting and rescuing command computer simulation training system |
| CN104143130A (en) * | 2014-07-28 | 2014-11-12 | 中国安全生产科学研究院 | Emergency exercise system and method |
| CN105205226A (en) * | 2015-08-28 | 2015-12-30 | 武汉理工大学 | Two-dimensional maritime simulation system |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107067872A (en) * | 2017-06-12 | 2017-08-18 | 北京神舟智汇科技有限公司 | A kind of networking flight simulation combined training main frame |
| CN107369123A (en) * | 2017-08-24 | 2017-11-21 | 东莞中国科学院云计算产业技术创新与育成中心 | Emergent simulated maneuver scheme generation method, device, medium and computer equipment |
| CN109918727A (en) * | 2019-01-30 | 2019-06-21 | 上海卫星工程研究所 | More simulating scenes dynamic management approach |
| CN109712463A (en) * | 2019-03-14 | 2019-05-03 | 中国铁建重工集团有限公司 | A kind of emulation training data processing method and system |
| CN111723255A (en) * | 2020-05-08 | 2020-09-29 | 中国人民解放军海军特色医学中心 | Construction method of ship control room operation task completion time database |
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