CN103578322A - Simulation training system and method for airport operation command - Google Patents
Simulation training system and method for airport operation command Download PDFInfo
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- CN103578322A CN103578322A CN201310549529.4A CN201310549529A CN103578322A CN 103578322 A CN103578322 A CN 103578322A CN 201310549529 A CN201310549529 A CN 201310549529A CN 103578322 A CN103578322 A CN 103578322A
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Abstract
The invention discloses a simulation training system and method for airport operation command. The simulation training system comprises a large-screen liquid crystal display screen, a large-screen display control mainframe, a network switch, a tester operation position, an image splicing controller, an image working station, an image working station set control mainframe, a wireless hand lever, a server set and a training terminal set, wherein the network switch is respectively correspondingly connected with the image working station, the image splicing controller, the tester operation position, the image working station set control mainframe, servers and training terminals in a telecommunication mode. Supported by an event simulation engine, the simulation training system and method can simulate real environment of an airport operation command site and the handling process of real business events, feed back virtual training information of all operation control subsystems of an airport in a stylized mode, and simulate organization, command, coordination, control of air operation and remote monitoring and control over emergency rescue. The simulation training system and method can promote the normalization and standardization process of the airport operation command, and normalization and standardization are necessary requirements for the efficient and safe airport operation.
Description
Technical field
The present invention relates to a kind of aircraft flight simulated training system and simulated training method thereof, relate in particular to a kind of Airport Operation Command Simulation training system and simulated training method thereof.
Background technology
At present, there is no mechanism both at home and abroad and develop ripe Airport Operation space testing command, main airports can use production and operation command dispatching system, the limitation that this system is certain, its can only simulated aircraft the despatching work of flight, comprehensively its whole flight director system of simulation.The Civil Aviation Airport of developing such as civil aviaton two produces operation command dispatching system, this system is exactly one of them more typical product, it is the core system of Civil Aviation Airport terminal weak electricity system, and each produces unified coordination and the commander who ensures unit on the basis of Flight Information network, to have realized the passenger-cargo operation in airport.The process of this system command scheduling is exactly reception, the processing procedure to these multidate informations, is also to produce the process of monitoring dynamically and organizing and coordinating simultaneously.This system has good extendability and scalability, adopts modular arrangements mode, can be according to the additions and deletions neatly of different airport user's actual needs, modification.But the operation of this system must be by actual flight service data, 3D scene is taken in real time by monitor, cannot be for practical teaching.Simultaneously, this system can not be loaded on " special feelings " in Airport Operation (as on fire in aircraft, engine is smoldered, undercarriage caves in, wheel is blown out and life danger etc. occurs passenger) in study and examination process, can not carry out writing of drama, lack due dirigibility.
Summary of the invention
The weak point existing for prior art, the object of the present invention is to provide a kind of Airport Operation Command Simulation training system, this system adopts the mode of virtual events simulation to produce due and contingent event data in Aerodrome Operations whole system, on the basis of reduction Aerodrome Operations command system true environment, realize the simulation of virtual events to true commander's scene, reach the object of training Aerodrome Operations commander vocational training; Can promote Airport Operation commander's standardization and standardized process, be the inevitable requirement of airport highly effective and safe operation simultaneously.
Object of the present invention is achieved through the following technical solutions:
A Command Simulation training system, comprises that large-size screen monitors LCDs, large-size screen monitors show main control system, the network switch, laboratory technician's operative position, graphic joining controller, graphics workstation, graphics workstation group main control system, server group and training set of terminal, described large-size screen monitors LCDs shows that with large-size screen monitors main control system telecommunication is connected, large-size screen monitors show main control system inside have control whether large-size screen monitors LCDs shows, the display control module of displaying contents, viewing area, large-size screen monitors LCDs, large-size screen monitors show that main control system is connected with described graphic joining controller telecommunication respectively, described graphic joining controller is connected with graphics process workstation telecommunication, and graphic joining controller inside has the concatenation module of transferring of transferring figure or video or audio frequency and complete combination, splicing from graphics workstation, the described network switch respectively with graphics workstation, graphic joining controller, laboratory technician's operative position, graphics workstation group main control system, server, training terminal one by one corresponding telecommunication connects, graphics workstation group main control system respectively with graphics workstation, server, training terminal one by one corresponding telecommunication connects, graphics workstation group main control system inside has the storage of controlling figure in graphics workstation or video or audio frequency, mobile, show, the Graph Control module of deleting, graphics workstation group main control system inside also has from server, the graphics collection module of collecting figure or video or audio frequency in training terminal, described graphics collection module also telecommunication is connected with camera, described server group can be processed voice or the data message in training set of terminal, and server group comprises master server and secondary server, and training set of terminal comprises data terminal and voice terminal.
This simulated training system also comprises PDA controller, and described large-size screen monitors demonstration main control system also telecommunication is connected with wireless receiver, and described PDA controller and wireless receiver communicate to connect by wireless communication mode.
The invention provides a kind of preferred training terminal structure technical scheme is: described training set of terminal includes production operation coordinated monitoring seat, telegram plan seat, resource management seat, emergency management and rescue commander management seat, ,Ji level ground, seat and teacher seat.
The invention provides a kind of preferred laboratory technician's operative position structure technology scheme is: described laboratory technician's operative position is computing machine, laboratory technician's operative position inside has ，Qi control center of control center and is electrically connected with training plan editing machine, virtual seat in the plane distribution software module, virtual events engine modules, virtual three-dimensional scene software module, virtual radar software for display module, virtual message automatic treatment software module, virtual telephony software module, virtual flight planning dispatcher software module, virtual Airport Resources distribution software for display module and data server software module.
The invention provides a kind of preferred data terminal, voice terminal structure technology scheme is: described data terminal is computing machine, data terminal inside has ，Qi control center of control center telecommunication and is connected with training plan editing machine, virtual seat in the plane distribution software module, virtual events engine modules, virtual three-dimensional scene software module, virtual radar software for display module, virtual message automatic treatment software module, virtual telephony software module, virtual flight planning dispatcher software module, virtual Airport Resources distribution software for display module and data server software module; Described voice terminal inside has ，Qi control center of control center telecommunication and is connected with training plan editing machine, virtual seat in the plane distribution software module, virtual events engine modules, virtual three-dimensional scene software module, virtual radar software for display module, virtual message automatic treatment software module, virtual telephony software module, virtual flight planning dispatcher software module, virtual Airport Resources distribution software for display module and data server software module.
As preferably, the quantity of the data terminal of described training set of terminal is 12, and the quantity of the voice terminal of described training set of terminal is 12; The quantity of described graphics workstation is 12.
As preferably, the quantity of described PDA controller is 12, and described large-size screen monitors show that the display control module of main control system has 16 kinds of display control modes, can realize by graphic joining controller the choosing and switch of 16 kinds of display modes of large-size screen monitors LCDs; Described large-size screen monitors LCDs is 55 cun of large screen displays or is spliced into 55 cun of large screen displays by several display screens.
As preferably, the wireless telecommunications of described graphics workstation group main control system are connected with 12 wireless hand levers, and the steering order of wireless hand lever is transferred to graphics workstation group main control system by the mode of wireless telecommunications.
A Command Simulation training method, comprises that large-size screen monitors LCDs, large-size screen monitors show main control system, the network switch, laboratory technician's operative position, graphic joining controller, graphics workstation, graphics workstation group main control system, wireless hand lever, server group and training set of terminal; The network switch respectively with graphics workstation, graphic joining controller, laboratory technician's operative position, graphics workstation group main control system, server, training terminal one by one corresponding telecommunication connect;
Described large-size screen monitors LCDs is for the spliced figure of display graphics splicing controller, video, audio data;
Described graphic joining controller is for transferring figure or video or audio frequency and complete combination, splicing work from graphics workstation;
Described graphics workstation group is controlled for controlling storage, movement, demonstration, the deletion action of graphics workstation figure or video or audio frequency;
Described laboratory technician's operative position is connected with the dynamo-electric communication of network exchange, and laboratory technician's operative position is transmitted steering order data to the network switch, and realizes the Long-distance Control to all parts by steering order data;
Corresponding data communication between described network switch realization and graphics workstation, graphic joining controller, laboratory technician's operative position, graphics workstation group main control system, server, training terminal;
Described server consists of master server and secondary server, described training terminal consists of data terminal and voice terminal, master server is for receiving the training data information with control data terminal, and secondary server is for receiving and control the training utterance information of voice terminal;
Described large-size screen monitors demonstration main control system also telecommunication is connected with wireless receiver, described wireless receiver is connected to PDA controller by wireless communication mode communication link, the wireless telecommunications of described graphics workstation group main control system are connected with wireless hand lever, and the steering order of wireless hand lever is transferred to graphics workstation group main control system by the mode of wireless telecommunications;
The data command information exchange that data terminal is sent is crossed the network switch and is transferred to master server, by master server, carries out logical operation processing, and the LCDs by data message and result by large-size screen monitors LCDs and data terminal shows; The phonetic order information exchange that voice terminal sends is crossed the network switch and is transferred to secondary server, by secondary server, carries out logical operation processing, and the LCDs by voice messaging and result by large-size screen monitors LCDs and voice terminal shows; The data that PDA controller sends, phonetic order information exchange are crossed wireless communication mode and are transferred to wireless receiver, wireless receiver shows that by large-size screen monitors main control system is transferred to graphic joining controller by data, voice messaging, logical operation by master server, secondary server is processed, and the LCDs by data, voice messaging and result by large-size screen monitors LCDs and PDA controller shows; The movement instruction of wireless hand lever is stored as data message and is transferred to graphics workstation group main control system by wireless communication mode, graphics workstation group main control system by the network switch by data information transfer to master server, by master server, carry out logical operation processing, data message and result are shown by large-size screen monitors LCDs.
The present invention compares compared with prior art, has the following advantages and beneficial effect:
The present invention is under the support of modeling event engine, by writing, train training plan targetedly, simulate Aerodrome Operations and command on-the-spot true environment and actual services event handling flow process, in the mode of stylizing, feed back the virtual training information that control subsystem is respectively runed on airport, the tissue of virtual airport operation, commander, coordinate, the remotely monitor and control of control and emergency management and rescue, realize Airport information management and business management system integrated, strengthening is controlled the process of airport airside and side functional areas, land, be conducive to develop the tissue of transportation service and the human-computer interaction technology in guarantee, reach the object of training Aerodrome Operations commander vocational training, simultaneously the present invention can promote Airport Operation commander's standardization and standardized process, be airport highly effective and safe operation inevitable requirement ，Dui China aviation industry further develop very important realistic meaning and profound influence.
Accompanying drawing explanation
Fig. 1 is the theory structure block diagram of this simulated training system;
Fig. 2 is that the commander seat of this simulated training system forms block diagram;
Fig. 3 is the inside theory structure block diagram of laboratory technician's operative position, training terminal;
Fig. 4 is the simulated training schematic diagram of this simulated training system;
Fig. 5 is the theory structure schematic diagram of this simulated training system.
Embodiment
Below in conjunction with embodiment, the present invention is described in further detail:
Embodiment
As shown in Fig. 1～Fig. 5, a Command Simulation training system, comprises that large-size screen monitors LCDs, large-size screen monitors show main control system, the network switch, laboratory technician's operative position, graphic joining controller, graphics workstation, graphics workstation group main control system, server group and training set of terminal, described large-size screen monitors LCDs shows that with large-size screen monitors main control system telecommunication is connected, large-size screen monitors show main control system inside have control whether large-size screen monitors LCDs shows, the display control module of displaying contents, viewing area, large-size screen monitors LCDs, large-size screen monitors show that main control system is connected with described graphic joining controller telecommunication respectively, described graphic joining controller is connected with graphics process workstation telecommunication, and graphic joining controller inside has the concatenation module of transferring of transferring figure or video or audio frequency and complete combination, splicing from graphics workstation, the described network switch respectively with graphics workstation, graphic joining controller, laboratory technician's operative position, graphics workstation group main control system, server, training terminal one by one corresponding telecommunication connects, graphics workstation group main control system respectively with graphics workstation, server, training terminal one by one corresponding telecommunication connects, graphics workstation group main control system inside has the storage of controlling figure in graphics workstation or video or audio frequency, mobile, show, the Graph Control module of deleting, graphics workstation group main control system inside also has from server, the graphics collection module of collecting figure or video or audio frequency in training terminal, described graphics collection module also telecommunication is connected with camera, described server group can be processed voice or the data message in training set of terminal, and server group comprises master server and secondary server, and training set of terminal comprises data terminal and voice terminal.
The present invention adopts modeling event type of drive, application data base and network technology treatment of simulated event data, with modeling tools such as 3DMAX and Maya, build airport real scene, adopt three-dimensional picture render engine reduction true to nature airport scene and event generation treatment scheme, in conjunction with the software and hardware system at configurable virtual airport operation commander seat, realize modeling event training Aerodrome Operations commander's object.
This simulated training system also comprises PDA controller, and described large-size screen monitors demonstration main control system also telecommunication is connected with wireless receiver, and described PDA controller and wireless receiver communicate to connect by wireless communication mode.
As shown in Figure 2, native system is to consist of a plurality of seats, identical software can be moved in each seat, by the difference of seat function, select to move the object that software has targetedly reached seat function specific aim training, seat can reach to the configuration of software flexibility the object that Aerodrome Operations is commanded on-the-spot seat reasonable disposition simultaneously.Training set of terminal includes production operation coordinated monitoring seat, telegram plan seat, resource management seat, emergency management and rescue commander management seat, ,Ji level ground, seat and teacher seat.
Described teacher seat is mainly used in the making of teacher to training plan in this training system, can make pointedly the subject of writing required training.Described production operation coordinated monitoring seat is carried out status surveillance and control by pseudo-radar software for display and virtual flight planning dispatcher software to flight planning and the event of simulation; And realize the training to this seat personnel's coordinated monitoring dispatching by the mode of virtual flight planning and event.Aircraft gate, door position and the distribution of luggage carousel and the scheduling of special vehicle are realized in the mode of simulation softward in described resource management seat, reach the functional telephone plan seat that training Airport Operation commander manages the resource technical ability such as aircraft gate, door position and luggage carousel.Described telegram plan seat is mainly Airport Operation command system and processes relevant telegraphic message, and issue flight planning also assists to coordinate flight status.Management seat, described machine level ground is mainly Airport Operation command system machine level ground status information is provided, and the reasonable use on coordinator level ground.The mode of the resource distribution figure that described emergency management and rescue commander formats with airport three dimensional network at seat provides Airport Resources distribution condition data to commander, and when commander coordinates relevant department or unit to Airport Operation according to the resource allocation data representing, the resource of needs is dispatched.
As shown in Figure 3, laboratory technician's operative position is computing machine, laboratory technician's operative position inside has ，Qi control center of control center and is electrically connected with training plan editing machine, virtual seat in the plane distribution software module, virtual events engine modules, virtual three-dimensional scene software module, virtual radar software for display module, virtual message automatic treatment software module, virtual telephony software module, virtual flight planning dispatcher software module, virtual Airport Resources distribution software for display module and data server software module.
As shown in Figure 4, described training plan editing machine, for the making to training plan, can be made the subject of writing required training pointedly.Described virtual seat in the plane distribution software module be take the mode of Gantt chart and is that flight distributes aircraft gate, and in the mode of figure, shows the situation that takies of aircraft gate.Described virtual events engine modules is that software is produced in a virtual events simulation, according to the planning of Airport Operation command system self, retrains to build, and the event of all simulations of its generation and data are all the standardization binding characters with height.The script file that it edits according to training plan software for editing or data are moved and are produced relevant modeling event and data, for driving other seat softwares and the three-dimensional scenic software of this simulation system.Described virtual three-dimensional scene software module adopts the image of video data of high-performance, certain position camera of high efficiency 3 d rendering engine realistic simulation airport, the virtual airport situation driving for monitoring virtual events engine, realize the collection of this system commander Airport information, for floor manager person's scheduling, coordination, tissue and control provides necessary and auxiliary image information.
Described virtual radar software for display module is software module, and this software represents Flight Information with radar display mode.Described virtual message automatic treatment software module is software module, and this software, for reception & disposal telegraphic message, upgrades the state of flight.Described virtual telephony software module is software module, and the function of this software simulation phone is coordinated for the phone of whole system.Described virtual flight planning dispatcher software module is software module, and this software is for monitoring and the issue of flight status.It is software module that described virtual Airport Resources is distributed software for display module, and this software shows resource allocation conditions in the mode of gridding, for the processing of special feelings provides resource and scheme information.Described data server software module, for the distribution processor of this system related data, also has the data management function of all softwares in this system.
As shown in Figure 3, data terminal is computing machine, data terminal inside has ，Qi control center of control center telecommunication and is connected with training plan editing machine, virtual seat in the plane distribution software module, virtual events engine modules, virtual three-dimensional scene software module, virtual radar software for display module, virtual message automatic treatment software module, virtual telephony software module, virtual flight planning dispatcher software module, virtual Airport Resources distribution software for display module and data server software module; Described voice terminal inside has ，Qi control center of control center telecommunication and is connected with training plan editing machine, virtual seat in the plane distribution software module, virtual events engine modules, virtual three-dimensional scene software module, virtual radar software for display module, virtual message automatic treatment software module, virtual telephony software module, virtual flight planning dispatcher software module, virtual Airport Resources distribution software for display module and data server software module.The training plan editing machine of data terminal, virtual seat in the plane distribution software module, virtual events engine modules, virtual three-dimensional scene software module, virtual radar software for display module, virtual message automatic treatment software module, virtual telephony software module, virtual flight planning dispatcher software module, virtual Airport Resources distribute software for display module all identical with corresponding modular structure, principle, the function of laboratory technician's operative position with data server software module, at this, are not repeated.
The quantity of the data terminal of the present embodiment training set of terminal is 12, and the quantity of the voice terminal of described training set of terminal is 12; The quantity of described graphics workstation is 12.
The quantity of the present embodiment PDA controller is 12, and described large-size screen monitors show that the display control module of main control system has 16 kinds of display control modes, can realize by graphic joining controller the choosing and switch of 16 kinds of display modes of large-size screen monitors LCDs; Described large-size screen monitors LCDs is 55 cun of large screen displays or is spliced into 55 cun of large screen displays by several display screens.
The wireless telecommunications of the present embodiment graphics workstation group main control system are connected with 12 wireless hand levers, and the steering order of wireless hand lever is transferred to graphics workstation group main control system by the mode of wireless telecommunications.
A Command Simulation training method, comprises that large-size screen monitors LCDs, large-size screen monitors show main control system, the network switch, laboratory technician's operative position, graphic joining controller, graphics workstation, graphics workstation group main control system, wireless hand lever, server group and training set of terminal; The network switch respectively with graphics workstation, graphic joining controller, laboratory technician's operative position, graphics workstation group main control system, server, training terminal one by one corresponding telecommunication connect;
Described large-size screen monitors LCDs is for the spliced figure of display graphics splicing controller, video, audio data;
Described graphic joining controller is for transferring figure or video or audio frequency and complete combination, splicing work from graphics workstation;
Described graphics workstation group is controlled for controlling storage, movement, demonstration, the deletion action of graphics workstation figure or video or audio frequency;
Described laboratory technician's operative position is connected with the dynamo-electric communication of network exchange, and laboratory technician's operative position is transmitted steering order data to the network switch, and realizes the Long-distance Control to all parts by steering order data;
Corresponding data communication between described network switch realization and graphics workstation, graphic joining controller, laboratory technician's operative position, graphics workstation group main control system, server, training terminal;
Described server consists of master server and secondary server, described training terminal consists of data terminal and voice terminal, master server is for receiving the training data information with control data terminal, and secondary server is for receiving and control the training utterance information of voice terminal;
Described large-size screen monitors demonstration main control system also telecommunication is connected with wireless receiver, described wireless receiver is connected to PDA controller by wireless communication mode communication link, the wireless telecommunications of described graphics workstation group main control system are connected with wireless hand lever, and the steering order of wireless hand lever is transferred to graphics workstation group main control system by the mode of wireless telecommunications;
The data command information exchange that data terminal is sent is crossed the network switch and is transferred to master server, by master server, carries out logical operation processing, and the LCDs by data message and result by large-size screen monitors LCDs and data terminal shows; The phonetic order information exchange that voice terminal sends is crossed the network switch and is transferred to secondary server, by secondary server, carries out logical operation processing, and the LCDs by voice messaging and result by large-size screen monitors LCDs and voice terminal shows; The data that PDA controller sends, phonetic order information exchange are crossed wireless communication mode and are transferred to wireless receiver, wireless receiver shows that by large-size screen monitors main control system is transferred to graphic joining controller by data, voice messaging, logical operation by master server, secondary server is processed, and the LCDs by data, voice messaging and result by large-size screen monitors LCDs and PDA controller shows; The movement instruction of wireless hand lever is stored as data message and is transferred to graphics workstation group main control system by wireless communication mode, graphics workstation group main control system by the network switch by data information transfer to master server, by master server, carry out logical operation processing, data message and result are shown by large-size screen monitors LCDs.
As shown in Figure 5, each seat in set of terminal (is trained in each seat of the present invention, laboratory technician's operative position) can be according to the training requirement at this seat, the training plan issuing control instruction (i.e. the corresponding authority in this seat and job requirement) of formulating, these steering order data (comprise figure, the training directives such as telephone audio) transmission network switch, the network switch by steering order data transmission to master server and secondary server, logical process through master server and secondary server, then by the data transmission after processing to graphic joining controller, realize the splicing of various data graphic joining controller ' s intellectualization, the operations such as combination, finally in 55 cun of large-size screen monitors LCDs, show.The movable information of wireless controller is transferred to the network switch by graphics workstation main control system, this movable information passes through server (according to the Data classification of movable information, it can be master server, also can be secondary server) logical process, then by the data transmission after processing to graphic joining controller, realize the operation such as splicing, combination of various data graphic joining controller ' s intellectualization, finally in 55 cun of large-size screen monitors LCDs, show.PDA controller issuing control instruction (i.e. the corresponding authority in this seat and job requirement), these steering order data (comprising the training directives such as figure, telephone audio) transmission network switch, the network switch by steering order data transmission to master server and secondary server, logical process through master server and secondary server, then by the data transmission after processing to graphic joining controller, realize the operation such as splicing, combination of various data graphic joining controller ' s intellectualization, finally in 55 cun of large-size screen monitors LCDs, show.Like this, 55 cun of large-size screen monitors LCDs, can demonstrate in time the data message of various training terminals and the first-class parts of making a video recording, be convenient to train the personnel at each seat of terminal to watch, so that people obtain the aircraft flight information data of preparing, then carry out coordinated manipulation suitably, reach the training goal of virtual airport running command.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all any modifications of doing within the spirit and principles in the present invention, be equal to and replace and improvement etc., within all should being included in protection scope of the present invention.
Claims (9)
1. an Airport Operation Command Simulation training system, is characterized in that: comprise that large-size screen monitors LCDs, large-size screen monitors show main control system, the network switch, laboratory technician's operative position, graphic joining controller, graphics workstation, graphics workstation group main control system, server group and training set of terminal, described large-size screen monitors LCDs shows that with large-size screen monitors main control system telecommunication is connected, large-size screen monitors show main control system inside have control whether large-size screen monitors LCDs shows, the display control module of displaying contents, viewing area, large-size screen monitors LCDs, large-size screen monitors show that main control system is connected with described graphic joining controller telecommunication respectively, described graphic joining controller is connected with graphics process workstation telecommunication, and graphic joining controller inside has the concatenation module of transferring of transferring figure or video or audio frequency and complete combination, splicing from graphics workstation, the described network switch respectively with graphics workstation, graphic joining controller, laboratory technician's operative position, graphics workstation group main control system, server, training terminal one by one corresponding telecommunication connects, graphics workstation group main control system respectively with graphics workstation, server, training terminal one by one corresponding telecommunication connects, graphics workstation group main control system inside has the storage of controlling figure in graphics workstation or video or audio frequency, mobile, show, the Graph Control module of deleting, graphics workstation group main control system inside also has from server, the graphics collection module of collecting figure or video or audio frequency in training terminal, described graphics collection module also telecommunication is connected with camera, described server group can be processed voice or the data message in training set of terminal, and server group comprises master server and secondary server, and training set of terminal comprises data terminal and voice terminal.
2. according to Airport Operation Command Simulation training system claimed in claim 1, it is characterized in that: also comprise PDA controller, described large-size screen monitors demonstration main control system also telecommunication is connected with wireless receiver, and described PDA controller and wireless receiver communicate to connect by wireless communication mode.
3. according to Airport Operation Command Simulation training system claimed in claim 1, it is characterized in that: described training set of terminal includes production operation coordinated monitoring seat, telegram plan seat, resource management seat, emergency management and rescue commander management seat, ,Ji level ground, seat and teacher seat.
4. according to Airport Operation Command Simulation training system claimed in claim 1, it is characterized in that: described laboratory technician's operative position is computing machine, laboratory technician's operative position inside has control center, its control center is electrically connected with training plan editing machine, virtual seat in the plane distribution software module, virtual events engine modules, virtual three-dimensional scene software module, virtual radar software for display module, virtual message automatic treatment software module, virtual telephony software module, virtual flight planning dispatcher software module, virtual Airport Resources is distributed software for display module and data server software module.
5. according to Airport Operation Command Simulation training system claimed in claim 1, it is characterized in that: described data terminal is computing machine, data terminal inside has ，Qi control center of control center telecommunication and is connected with training plan editing machine, virtual seat in the plane distribution software module, virtual events engine modules, virtual three-dimensional scene software module, virtual radar software for display module, virtual message automatic treatment software module, virtual telephony software module, virtual flight planning dispatcher software module, virtual Airport Resources distribution software for display module and data server software module; Described voice terminal inside has ，Qi control center of control center telecommunication and is connected with training plan editing machine, virtual seat in the plane distribution software module, virtual events engine modules, virtual three-dimensional scene software module, virtual radar software for display module, virtual message automatic treatment software module, virtual telephony software module, virtual flight planning dispatcher software module, virtual Airport Resources distribution software for display module and data server software module.
6. according to Airport Operation Command Simulation training system claimed in claim 1, it is characterized in that: the quantity of the data terminal of described training set of terminal is 12, the quantity of the voice terminal of described training set of terminal is 12; The quantity of described graphics workstation is 12.
7. according to Airport Operation Command Simulation training system claimed in claim 2, it is characterized in that: the quantity of described PDA controller is 12, described large-size screen monitors show that the display control module of main control system has 16 kinds of display control modes, can realize by graphic joining controller the choosing and switch of 16 kinds of display modes of large-size screen monitors LCDs; Described large-size screen monitors LCDs is 55 cun of large screen displays or is spliced into 55 cun of large screen displays by several display screens.
8. according to Airport Operation Command Simulation training system claimed in claim 1, it is characterized in that: the wireless telecommunications of described graphics workstation group main control system are connected with 12 wireless hand levers, the steering order of wireless hand lever is transferred to graphics workstation group main control system by the mode of wireless telecommunications.
9. an Airport Operation Command Simulation training method, is characterized in that: comprise that large-size screen monitors LCDs, large-size screen monitors show main control system, the network switch, laboratory technician's operative position, graphic joining controller, graphics workstation, graphics workstation group main control system, wireless hand lever, server group and training set of terminal; The network switch respectively with graphics workstation, graphic joining controller, laboratory technician's operative position, graphics workstation group main control system, server, training terminal one by one corresponding telecommunication connect;
Described large-size screen monitors LCDs is for the spliced figure of display graphics splicing controller, video, audio data;
Described graphic joining controller is for transferring figure or video or audio frequency and complete combination, splicing work from graphics workstation;
Described graphics workstation group is controlled for controlling storage, movement, demonstration, the deletion action of graphics workstation figure or video or audio frequency;
Described laboratory technician's operative position is connected with the dynamo-electric communication of network exchange, and laboratory technician's operative position is transmitted steering order data to the network switch, and realizes the Long-distance Control to all parts by steering order data;
Corresponding data communication between described network switch realization and graphics workstation, graphic joining controller, laboratory technician's operative position, graphics workstation group main control system, server, training terminal;
Described server consists of master server and secondary server, described training terminal consists of data terminal and voice terminal, master server is for receiving the training data information with control data terminal, and secondary server is for receiving and control the training utterance information of voice terminal;
Described large-size screen monitors demonstration main control system also telecommunication is connected with wireless receiver, described wireless receiver is connected to PDA controller by wireless communication mode communication link, the wireless telecommunications of described graphics workstation group main control system are connected with wireless hand lever, and the steering order of wireless hand lever is transferred to graphics workstation group main control system by the mode of wireless telecommunications;
The data command information exchange that data terminal is sent is crossed the network switch and is transferred to master server, by master server, carries out logical operation processing, and the LCDs by data message and result by large-size screen monitors LCDs and data terminal shows; The phonetic order information exchange that voice terminal sends is crossed the network switch and is transferred to secondary server, by secondary server, carries out logical operation processing, and the LCDs by voice messaging and result by large-size screen monitors LCDs and voice terminal shows; The data that PDA controller sends, phonetic order information exchange are crossed wireless communication mode and are transferred to wireless receiver, wireless receiver shows that by large-size screen monitors main control system is transferred to graphic joining controller by data, voice messaging, logical operation by master server, secondary server is processed, and the LCDs by data, voice messaging and result by large-size screen monitors LCDs and PDA controller shows; The movement instruction of wireless hand lever is stored as data message and is transferred to graphics workstation group main control system by wireless communication mode, graphics workstation group main control system by the network switch by data information transfer to master server, by master server, carry out logical operation processing, data message and result are shown by large-size screen monitors LCDs.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310549529.4A CN103578322B (en) | 2013-11-07 | 2013-11-07 | Airport Operation Command Simulation training system and simulated training method thereof |
Applications Claiming Priority (1)
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| CN201310549529.4A CN103578322B (en) | 2013-11-07 | 2013-11-07 | Airport Operation Command Simulation training system and simulated training method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103578322A true CN103578322A (en) | 2014-02-12 |
| CN103578322B CN103578322B (en) | 2015-08-05 |
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| CN104537490A (en) * | 2014-12-26 | 2015-04-22 | 陈雨淅 | Digital airport management system |
| CN104537489A (en) * | 2014-12-26 | 2015-04-22 | 陈雨淅 | Flight information display system |
| CN104966146A (en) * | 2015-05-11 | 2015-10-07 | 成都西麦克虚拟现实电子技术有限公司 | Airport operation command system |
| CN106558261A (en) * | 2016-12-14 | 2017-04-05 | 天津盛扬信远科技有限公司 | A kind of airport floor manager analog machine |
| CN106990720A (en) * | 2017-05-19 | 2017-07-28 | 关守平 | Virtual controlling experiment porch and control method based on real-time cloud computation model |
| CN107146491A (en) * | 2017-06-27 | 2017-09-08 | 北京神舟智汇科技有限公司 | The virtual training system emulated based on LVC |
| CN107239895A (en) * | 2017-05-27 | 2017-10-10 | 西南交通大学 | The method and system examined for Sustained attention power |
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| CN110992759A (en) * | 2019-12-16 | 2020-04-10 | 南京莱斯信息技术股份有限公司 | Tower simulation and radar simulation integrated system and data interaction method thereof |
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| CN104537490A (en) * | 2014-12-26 | 2015-04-22 | 陈雨淅 | Digital airport management system |
| CN104537489A (en) * | 2014-12-26 | 2015-04-22 | 陈雨淅 | Flight information display system |
| CN104537489B (en) * | 2014-12-26 | 2018-07-31 | 陈雨淅 | A kind of flight information display system |
| CN104966146A (en) * | 2015-05-11 | 2015-10-07 | 成都西麦克虚拟现实电子技术有限公司 | Airport operation command system |
| WO2017185914A1 (en) * | 2016-04-25 | 2017-11-02 | 韩磊 | Electric automobile energy monitoring and swapping network in remote monitoring of cloud computing network architecture |
| CN106558261A (en) * | 2016-12-14 | 2017-04-05 | 天津盛扬信远科技有限公司 | A kind of airport floor manager analog machine |
| CN106990720A (en) * | 2017-05-19 | 2017-07-28 | 关守平 | Virtual controlling experiment porch and control method based on real-time cloud computation model |
| CN106990720B (en) * | 2017-05-19 | 2020-06-23 | 关守平 | Virtual control experiment platform based on real-time cloud computing model and control method |
| CN107301497A (en) * | 2017-05-27 | 2017-10-27 | 西南交通大学 | The method and system of working memory ability evaluation |
| CN107239895A (en) * | 2017-05-27 | 2017-10-10 | 西南交通大学 | The method and system examined for Sustained attention power |
| CN107146491A (en) * | 2017-06-27 | 2017-09-08 | 北京神舟智汇科技有限公司 | The virtual training system emulated based on LVC |
| CN107272444A (en) * | 2017-06-28 | 2017-10-20 | 中国民航科学技术研究院 | A kind of airport emergency command drilling method and system |
| CN108496121A (en) * | 2017-08-25 | 2018-09-04 | 深圳市大疆创新科技有限公司 | Unmanned plane simulated flight system, method, equipment and machine readable storage medium |
| CN107467889A (en) * | 2017-09-19 | 2017-12-15 | 华荣科技股份有限公司 | Comprehensive control maneuvering platform |
| CN109255999A (en) * | 2018-07-26 | 2019-01-22 | 王志芳 | Railway train arrangement operation real scene simulation drilling system |
| US10773900B1 (en) | 2019-03-15 | 2020-09-15 | International Business Machines Corporation | Optimized assignment of multiple conveyor belts |
| CN111144613A (en) * | 2019-11-28 | 2020-05-12 | 武汉兴图新科电子股份有限公司 | System for optimizing airport support process business |
| CN110992759A (en) * | 2019-12-16 | 2020-04-10 | 南京莱斯信息技术股份有限公司 | Tower simulation and radar simulation integrated system and data interaction method thereof |
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