CN105336222A - Airport ground intelligent command and dispatching system and method - Google Patents
Airport ground intelligent command and dispatching system and method Download PDFInfo
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- CN105336222A CN105336222A CN201510709037.6A CN201510709037A CN105336222A CN 105336222 A CN105336222 A CN 105336222A CN 201510709037 A CN201510709037 A CN 201510709037A CN 105336222 A CN105336222 A CN 105336222A
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G5/00—Traffic control systems for aircraft, e.g. air-traffic control [ATC]
- G08G5/06—Traffic control systems for aircraft, e.g. air-traffic control [ATC] for control when on the ground
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- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
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Abstract
The invention discloses an airport ground intelligent command and dispatching system and method. The method includes the following steps that: a mobile terminal receives issued dispatching task information and completes dispatching of airport production personnel and reports task progress information; a vehicle-mounted terminal receives issued dispatching task information and completes dispatching of airport vehicles and reports vehicle location information; a dispatching client ends receives issued scheduling task information and completes dispatching of airport service resources and reports service resource dispatching progress information; a command and dispatching center generates different dispatching task information according to flight information, service personnel information and service equipment information stored in a database, and issues the dispatching task information to the mobile terminal, the vehicle-mounted terminal and the dispatching client end respectively; and various kinds of production work information reported by the mobile terminal, the vehicle-mounted terminal and the dispatching client end is received, and statistical analysis is performed on the information. With the airport ground intelligent command and dispatching system and method of the invention adopted, intelligent command and dispatching of related departments and operating personnel for airport ground guarantee can be realized, and collaborative work level and efficiency of various kinds of units can be improved.
Description
Technical field
The present invention relates to airport ground command scheduling field, particularly a kind of airport ground intelligence command dispatching system and method.
Background technology
Along with the fast development of China's economy, the development of domestic air mail industry rapidly, airport security control and command dispatching system implements the important means of the management of safe operation as airport, how effectively to ensure that the intelligent command scheduling of the relevant departments that airport ground ensures and operating personnel is a problem that must study and pay attention to.
Chinese patent (application number CN201120237305.6) discloses a kind of Civil Aviation Airport safety monitoring command system: comprise front-end equipment, transmission system and control and command center, wherein front-end equipment comprises movement area monitored video camera system, terminal monitored video camera system, significant points, passage and safety check monitored video camera system, periphery infrared alarm crime prevention system, electronic patrol system.Airfield runway IR alarm system, gate identification system, goods station's monitored video camera system; Transmission system comprises light end transmitter, optical cable, light end receiver; Control and command center comprises video monitoring screen wall, electronic chart display screen, matrix host computer, embedded hardware video system, emergency commading system, video camera in each system of front-end equipment is connected with light end transmitter, its alerting signal is delivered to light end receiver by optical cable, light end receiver is connected with each equipment at control and command center, alerting signal delivers to control and command center by light end receiver, jointly acts with command centre.
Because the compass of competency on airport is very large, safety is very complicated with management, not single means or triangular web can prove effective, must consider with mutual associating according to the functional requirement of zones of different, feature comprehensively, the subject matter that existing supervisory system exists is: systems connection is complicated, the large and difficult management etc. of integrated difficulty.So above-mentioned patent is for this concrete condition, a kind of Civil Aviation Airport safety monitoring command system is proposed, system solves the problem existing system networking complicated, large and the problems such as difficult management of integrated difficulty, safety monitoring command system can be played a role normally, there is the advantage that different crime prevention systems carries out linking.For the intelligent command scheduling how effectively ensureing the relevant departments that airport ground ensures and operating personnel, this patent objectively can play certain command scheduling effect, but still can not improve work compound level and the efficiency of the entirety of ground safeguard all departments and personnel.
Chinese patent (application number CN201010579936.6) discloses a kind of civil airport surface monitoring system, comprise Monitor Computer Control System and ZigBee wireless network location system, described Monitor Computer Control System is made up of with one or more area monitoring main frame be connected by Ethernet with it dispatching center's main frame; The corresponding one group of Zigbee wireless network location system of each area monitoring main frame described, described ZigBee wireless network location system of often organizing is made up of with corresponding gateway device multiple fixed reference node device, this network, to the special vehicle vehicle positioning node device being positioned at fixed reference node device scope, positions calculating and information transmission; RS-232, RS-485 bus or 433MHz wireless data transmitter is adopted to connect between described Zigbee wireless network location system and corresponding Monitor Computer Control System; Described Monitor Computer Control System is by RS-232, RS-485 bus or 433MHz wireless data transmitter, together with gateway device, send instructions and configuration information under any one the fixed reference node device in Zigbee wireless network location system and location node equipment.This patented technology can in time, the situation of the vehicle of reflection activity accurately, when the distance of movable vehicle and aircraft reaches preset value, can report to the police to driver, to prevent the generation of movable vehicle and plane collision in time.Meanwhile, the details of system monitoring interfacial energy show events vehicle, when airport is busy, various movable vehicle can reasonably be dispatched according to the display situation of monitoring interface by on-the-spot running command portion, airport.But its accident mainly knocking aircraft for vehicle on hardstand or taxiway is made, and is mainly used in the generation preventing movable vehicle and plane collision.
In sum, for the intelligent command scheduling of the relevant departments and operating personnel that how to realize airport ground guarantee in prior art, the work compound level and the efficiency that improve each work unit too much do not illustrate.
Summary of the invention
Goal of the invention of the present invention is to overcome problems of the prior art, a kind of airport ground intelligence command dispatching system and method are provided, be intended to realize the relevant departments of airport ground guarantee and the intelligent command scheduling of operating personnel, improve work compound level and the efficiency of each work unit.
In order to realize foregoing invention object, the present invention by the following technical solutions:
A kind of airport ground intelligence command dispatching system, comprising:
Mobile terminal, the scheduler task information issued for receiving command scheduling center completes the scheduling of airport producers and reports the job task progress information of producers;
Car-mounted terminal, the scheduler task information issued for receiving command scheduling center completes the scheduling of airfield vehicle and reports vehicles while passing positional information;
Dispatching client, the scheduler task information issued for receiving scheduling command centre completes the scheduling of airport Service Source and reports Service Source to dispatch progress information;
Command scheduling center, for generating different scheduler task information according to the Flight Information stored in database, attendant information and service facility information, is issued to described mobile terminal, car-mounted terminal and dispatching client respectively; And/or, receive various production operation information that described mobile terminal, car-mounted terminal and dispatching client report and carry out statistical study, analysis result is exported.
Described command scheduling center comprises application server, wireless communication server and database server; Wherein, described mobile terminal is connected with described wireless communication server respectively by wireless network with car-mounted terminal; Described dispatching client is connected with described application server by airport network; Described wireless communication server is connected with described dispatching client and described application server respectively by airport network; Described application server is connected with described database server.
Described dispatching client completes the scheduling to airport Service Source by the Service Source on application server described in RMI remote method invocation (RMI).
Described application server is released news by message-oriented middleware, and multiple described dispatching client receives same group of message.
Described application server comprises: regulation engine, for the change correspondence adjustment service resources computation rule according to airdrome control Ji Changtiaoduleida management service.
Described application server and wireless communication server are by ORM technology access database server.
Described mobile terminal is connected with wireless communication server by the asynchronous network communication mode based on Netty with car-mounted terminal.
The embodiment of the present invention also provides a kind of airport ground intelligence commander dispatching method, comprising:
Mobile terminal receives the scheduler task information that issues of command scheduling center and completes the scheduling of airport producers and the job task progress information reporting producers;
Car-mounted terminal receives the scheduler task information that issues of command scheduling center and completes the scheduling of airfield vehicle and report vehicles while passing positional information;
The scheduler task information that dispatching client receiving scheduling command centre issues completes the scheduling of airport Service Source and reports Service Source to dispatch progress information;
Command scheduling center generates different scheduler task information according to the Flight Information stored in database, attendant information and service facility information, is issued to described mobile terminal, car-mounted terminal and dispatching client respectively; And/or, receive various production operation information that described mobile terminal, car-mounted terminal and dispatching client report and carry out statistical study, analysis result is exported;
Wherein, described command scheduling center comprises application server, wireless communication server and database server; Described mobile terminal is connected with described wireless communication server respectively by wireless network with car-mounted terminal; Described dispatching client is connected with described application server by airport network; Described wireless communication server is connected with described dispatching client and described application server respectively by airport network; Described application server is connected with described database server.
Preferably, described application server is by the change correspondence adjustment service resources computation rule of regulation engine according to airdrome control Ji Changtiaoduleida management service.
Preferably, described dispatching client completes scheduling to airport Service Source by the Service Source on application server described in RMI remote method invocation (RMI); Described application server is released news by message-oriented middleware, and multiple described dispatching client receives same group of message; Described application server and wireless communication server are by ORM technology access database server; Described mobile terminal is connected with wireless communication server by the asynchronous network communication mode based on Netty with car-mounted terminal.
Compared with prior art, the present invention has following technological merit:
The present invention is configured with mobile terminal, car-mounted terminal, dispatching client, by wireless data link, production operation information is directly docked with field personnel, making the collection of production information concentrate typing pattern to change field staff into from voice broadcast disperses input system automatically to gather pattern, thus greatly reduce the frequency of utilization of intercom, significantly reduce the working strength of yardman's routine matter, the focus of work of yardman is turned to from busy Information issued and typing more reasonably plan and utilize resource, thus improve overall coordination level of operation and production efficiency.
Accompanying drawing explanation
Fig. 1 is the airport ground intelligence command dispatching system schematic diagram of the embodiment of the present invention 1;
Fig. 2 is the command scheduling center schematic diagram in the embodiment of the present invention 1;
Fig. 3 is the airport ground intelligence commander dispatching method schematic flow sheet of the embodiment of the present invention 2.
Embodiment
Below in conjunction with embodiment, the present invention is described in further detail.But this should be interpreted as that the scope of the above-mentioned theme of the present invention is only limitted to following embodiment, all technology realized based on content of the present invention all belong to scope of the present invention.
Airport ground intelligence command dispatching system as shown in Figure 1, comprising:
Mobile eventually 101, the scheduler task information issued for receiving command scheduling center completes the scheduling of airport producers and reports the job task progress information of producers;
Car-mounted terminal 102, the scheduler task information issued for receiving command scheduling center completes the scheduling of airfield vehicle and reports vehicles while passing positional information;
Dispatching client 103, the scheduler task information issued for receiving scheduling command centre completes the scheduling of airport Service Source and reports Service Source to dispatch progress information;
Command scheduling center 104, for generating different scheduler task information according to the Flight Information stored in database, attendant information and service facility information, is issued to described mobile terminal, car-mounted terminal and dispatching client respectively; And/or, receive various production operation information that described mobile terminal, car-mounted terminal and dispatching client report and carry out statistical study, analysis result is exported.
The present invention is configured with mobile terminal, car-mounted terminal, dispatching client, by wireless data link, production operation information is directly docked with field personnel, making the collection of production information concentrate typing pattern to change field staff into from voice broadcast disperses input system automatically to gather pattern, thus greatly reduce the frequency of utilization of intercom, significantly reduce the working strength of yardman's routine matter, the focus of work of yardman is turned to from busy Information issued and typing more reasonably plan and utilize resource, thus improve overall coordination level of operation and production efficiency.
Concrete, referring to Fig. 2, described command scheduling center 104 comprises application server, wireless communication server and database server (database namely in Fig. 2); Wherein, described mobile terminal is connected with described wireless communication server respectively by wireless network with car-mounted terminal; Described dispatching client is connected with described application server by airport network; Described wireless communication server is connected with described dispatching client and described application server respectively by airport network; Described application server is connected with described database server.
Concrete, described dispatching client completes the scheduling to airport Service Source by the Service Source on application server described in RMI remote method invocation (RMI).
Described application server is released news by message-oriented middleware, and multiple described dispatching client receives same group of message.
Described application server also comprises: regulation engine, according to the change correspondence adjustment service resources computation rule of airdrome control Ji Changtiaoduleida management service.
Described application server and wireless communication server are by Object Relation Mapping ORM technology access database server.
Described mobile terminal is connected with wireless communication server by the asynchronous network communication mode based on Netty with car-mounted terminal.Illustrate below.
Airport ground intelligence commander dispatching platform system of the present invention is the operating system that mulch-laying machine Ground ensures operation flow, and the present invention is applicable to the relevant administrative authority of Civil Aviation Airport ground safeguard, business department and operating personnel.System operates on unified Flight Information basis, airport, around flight ground safeguard link, provides the functions such as resource management, contract administration, process monitoring, scheduling of resource, helps user to realize the optimized production and operation and equipment runs.
System configuration mobile terminal etc., by wireless data link, production operation information is directly docked with field personnel, making the collection of production information concentrate typing pattern to change field staff into from voice broadcast disperses input system automatically to gather pattern, thus greatly reduce the frequency of utilization of intercom, significantly reduce the working strength of yardman's routine matter, the focus of work of yardman is turned to from busy Information issued and typing more reasonably plan and utilize resource, thus improve overall coordination level of operation and production efficiency.
In addition, based on the various production datas collected, various data statistics and analysis can be provided for managerial personnel, thus provide Data support for management and decision, improve airport ground to greatest extent and produce the efficiency and management level that ensure, strengthen the ground safeguard ability of Civil Aviation Airport, promote the processing power to various emergency event.
Concrete, present system adopts Three-tider architecture architecture technology: three-tier architecture is made up of client tier, application service layer, data Layer, realizes loose coupling between each hierarchical structure.Client tier mainly provides the function of user interface logic (description logic).Application service layer disposes all service logics (comprising data access logic) with component software form, realizes all user's services.Data Layer disposes mathematical logic based on database.The application of Three-tider architecture architecture technology, makes system possess numerous advantage and feature.Three-tider architecture Technical Architecture reduces dependence between layers, fully demonstrate the design concept of " high cohesion; low coupling ", whole architectural framework and service is made to provide standardization more, make structure more clear, be conducive to the multiplexing of module, significantly reduce maintenance cost and maintenance time, improve " ease for maintenance " and " extendability " of system simultaneously, make the agile software development based on customer demand become possibility.
Described dispatching client completes the scheduling to airport Service Source by the Service Source on application server described in RMI remote method invocation (RMI).Remote method invocation (RMI), namely RMI (RemoteMethodInvocation) is for realizing the application programming interface of remote procedure call, which simplify the communication between the JAVA application on multiple stage computing machine.It is that between computing machine, object calls mutually the other side's function, starts the one mechanism of the other side's process.Use this mechanism, the object on a certain computing machine is when calling the method on an other computing machine, and the program syntax rule of use is the same with the syntax rule of the method call on a local between object.The application of RMI technology allows java applet to utilize Distributed Calculation workload to be shared on multiple virtual machine, thus optimizes the performance of program.Under present system three-tier architecture, the method call (mode called is RMI) of application server is initiated by dispatching client, the execution (i.e. service computation) of method is performed by application server, after complete, returns execution result to dispatching client.
In present system, application server end can dispose multiple application server virtual machine, then dispatching client can call different virtual machines at every turn, add regulative strategy, it is exactly load balancing, reasonable workload has been shared multiple stage virtual machine, optimize system performance, service computation ability improves greatly.
The publish/subscribe model utilizing message-oriented middleware to provide in the present invention realizes efficiently between Distributed Application, message multi-point asynchronous reception reliably.In publish/subscribe model, a corresponding multiple message subscribing person of message issuer, supports that multiple dispatching client receives same group of message.In this model, message destination is realized by theme.Theme is the sequence of a message, and it has managed the message flow from publisher to subscriber; When after the message arrival theme that publisher sends, all subscribers (i.e. dispatching client) that have subscribed to this theme will obtain receiving the notice of this message.Message in theme both can be persistent also can right and wrong persistent.
Application server of the present invention comprises regulation engine: regulation engine is a kind of component be embedded in infosystem, and the business rule of frequent variations is stripped out by it from program, puts into rule base management and amendment.The basic process of regulation engine is carried out testing and contrasting with the business rule be carried in engine by the factual data object submitting to it, activate the business rule that those meet current facts object state, operation corresponding in triggering system, completes the change to some status information in infosystem.Regulation engine, for business rule frequent variations, restriction relation complicated situation, can play very large superiority.In traditional airdrome control system architecture, almost the change of each business rule needs software engineer to revise source code could to realize.Continuous change due to demand causes the frequent variations of constraint rule, resource link relation, and cause task heavy, system stability is poor, limits the extendability of system.The present invention is based in the airport production management system of regulation engine, pattern matching process can be completed by the loading flight object fact and business constraint rule, activate and trigger corresponding matched rule to revise the status information of object, thus simulation as contract calculate, resource arranges an order according to class and grade the work such as regular calculating.
Regulation engine is performed by application server.Regulation engine is for the treatment of business rule flexible and changeable in the business of airport, the calculating etc. that the calculating of such as service contract, resource are arranged an order according to class and grade, advantage can be realized by regulation rule after business change, without update routine code, enhances system flexibility, extensibility.Airport service contract is exactly the service contract that airport and airline sign, which usual service range of having arranged (as provides serve, aircraft support has some services, the requirement on each airline, each airport is different), the requirement of service is (as time requirement: service should complete in XX minute, resource requirement: need the personnel etc. that XX equipment, XX qualification are provided), application rule engine, namely allow user to be configured these business rules, and need not be solidificated in inside program code.
Wherein flight object is true: namely with flight object properties, such as flight number, type, plane No., institute aircraft gate etc., these flight attributes are the data qualifications of carrying out rule match.
Constraint rule: i.e. business rule, after service regeulations engine technique, is converted to various forms of constraint rule by business rule.
Matching process: true according to flight object, is found the constraint rule of energy matching condition in rule base by regulation engine, as: check whether type mates, whether airline mates, whether seat in the plane mates.
Status information: be exactly result of calculation, after every rule coupling, can perform corresponding logical calculated, the result of its logical calculated can store as the status information of object usually.
To arrange an order according to class and grade citing to simulate resource:
1, CA1234 flight, type A320, parks seat in the plane 101, and approach time 12:00
2, service is provided needed for airport: ferry bus service (needing medium-sized ferry bus 2), ladder vehicle service (1), cleaning service (clean 2, teams and groups), aircraft guide service (guiding of approaching)
3, the resource problem solved of arranging an order according to class and grade is exactly according to the rational distribution services vehicle of the information such as the flight number, stand, distributes to possess and drive the personnel of qualification, to reach objects such as adequately and reasonably utilizing resource, reduce costs.
Above logical transition can be redundant constraint rule by 4, service regeulations engine technique, as: need XX car, need the personnel etc. of XX qualification.
5, the calculating of regulation engine be exactly according to conversion after constraint rule Auto-matching go out qualified car, personnel etc.
Below arranging an order according to class and grade of resource is just simulated.
Described application server and wireless communication server are by ORM technology access database server.Object in java applet, by using the metadata mapped between description object and database, is persisted in relation data by ORM (ObjectRelationalMapping) technology automatically.The application in the present system of ORM technology not only can simplify duplicated code, perfectly can also serve as the important task of data persistence, make application to the access logic of database independent of database, therefore the portability of native system is very good, support various database, database can be changed easily, and without the need to revising existing code, only need in configuration file alternate arrangement just passable.ORM performs at server end: such as, Flight Information table is established in database, by ORM technology, Flight Information table can be mapped as Flight Information java object, after completing mapping, all scripts to the increasing of Flight Information table, delete, change, look into the operation that can be reduced to Flight Information java object.Benefit is convenient transplanting, and as being oracle database originally, moving to sybase database only needs amendment configuration just passable, need not again develop.
Described mobile terminal is connected with wireless communication server by the asynchronous network communication mode based on Netty with car-mounted terminal.Adopt the asynchronous network communication technology based on Netty, different from using traditional Socket communication mode.Asynchronous communications is based on unified API and flexible, extendible event-based model, be applicable to different agreements (blocking and unblock), comprise highly customizable threading model with reliably without connection data Socket, support UDP, system can be made to have better handling capacity, low delay, and make system in the restriction environment operational excellence of Applet and Android, no longer can cause internal memory overflow error because too fast, excessively slow or overburden connect.
The embodiment of the present invention also provides a kind of airport ground intelligence commander dispatching method, and referring to Fig. 3, it performs based on system shown in Figure 1, comprises the steps:
S101, mobile terminal receive the scheduler task information that issues of command scheduling center and complete the scheduling of airport producers and the job task progress information reporting producers;
S102, car-mounted terminal receive the scheduler task information that issues of command scheduling center and complete the scheduling of airfield vehicle and report vehicles while passing positional information;
The scheduler task information that S103, dispatching client receiving scheduling command centre issue completes the scheduling of airport Service Source and reports Service Source to dispatch progress information;
S104, command scheduling center generate different scheduler task information according to the Flight Information stored in database, attendant information and service facility information, are issued to described mobile terminal, car-mounted terminal and dispatching client respectively; And/or, receive various production operation information that described mobile terminal, car-mounted terminal and dispatching client report and carry out statistical study, analysis result is exported;
Wherein, described command scheduling center comprises application server, wireless communication server and database server;
Described mobile terminal is connected with described wireless communication server respectively by wireless network with car-mounted terminal; Described dispatching client is connected with described application server by airport network; Described wireless communication server is connected with described dispatching client and described application server respectively by airport network; Described application server is connected with described database server.
Preferably, described application server is by the change correspondence adjustment service resources computation rule of regulation engine according to airdrome control Ji Changtiaoduleida management service.
Preferably, described dispatching client completes scheduling to airport Service Source by the Service Source on application server described in RMI remote method invocation (RMI); Described application server is released news by message-oriented middleware, and multiple described dispatching client receives same group of message; Described application server and wireless communication server are by ORM technology access database server; Described mobile terminal is connected with wireless communication server by the asynchronous network communication mode based on Netty with car-mounted terminal.It should be noted that, the method embodiment is corresponding with system shown in Figure 1 embodiment, specifically with reference to the description in above-described embodiment, no longer can describe in detail herein.
The present invention is configured with mobile terminal, car-mounted terminal, by wireless data link, production operation information is directly docked with field personnel, making the collection of production information concentrate typing pattern to change field staff into from voice broadcast disperses input system automatically to gather pattern, thus greatly reduce the frequency of utilization of intercom, significantly reduce the working strength of yardman's routine matter, the focus of work of yardman is turned to from busy Information issued and typing more reasonably plan and utilize resource, thus improve overall coordination level of operation and production efficiency.
Below in conjunction with embodiment, the present invention is described in further detail.But this should be interpreted as that the scope of the above-mentioned theme of the present invention is only limitted to following embodiment, all technology realized based on content of the present invention all belong to scope of the present invention.
Claims (10)
1. an airport ground intelligence command dispatching system, is characterized in that, comprising:
Mobile terminal, the scheduler task information issued for receiving command scheduling center completes the scheduling of airport producers and reports the job task progress information of producers;
Car-mounted terminal, the scheduler task information issued for receiving command scheduling center completes the scheduling of airfield vehicle and reports vehicles while passing positional information;
Dispatching client, the scheduler task information issued for receiving scheduling command centre completes the scheduling of airport Service Source and reports Service Source to dispatch progress information;
Command scheduling center, for generating different scheduler task information according to the Flight Information stored in database, attendant information and service facility information, is issued to described mobile terminal, car-mounted terminal and dispatching client respectively; And/or, receive various production operation information that described mobile terminal, car-mounted terminal and dispatching client report and carry out statistical study, analysis result is exported.
2. airport ground intelligence command dispatching system according to claim 1, it is characterized in that, described command scheduling center comprises application server, wireless communication server and database server; Wherein, described mobile terminal is connected with described wireless communication server respectively by wireless network with car-mounted terminal; Described dispatching client is connected with described application server by airport network; Described wireless communication server is connected with described dispatching client and described application server respectively by airport network; Described application server is connected with described database server.
3. airport ground intelligence command dispatching system according to claim 2, it is characterized in that, described dispatching client completes the scheduling to airport Service Source by the Service Source on application server described in RMI remote method invocation (RMI).
4. airport ground intelligence command dispatching system according to claim 3, it is characterized in that, described application server is released news by message-oriented middleware, and multiple described dispatching client receives same group of message.
5. the airport ground intelligence command dispatching system according to any one of claim 2-3, it is characterized in that, described application server comprises: regulation engine, for the change correspondence adjustment service resources computation rule according to airdrome control Ji Changtiaoduleida management service.
6. airport ground intelligence command dispatching system according to claim 5, it is characterized in that, described application server and wireless communication server are by ORM technology access database server.
7. airport ground intelligence command dispatching system according to claim 5, it is characterized in that, described mobile terminal is connected with wireless communication server by the asynchronous network communication mode based on Netty with car-mounted terminal.
8. an airport ground intelligence commander dispatching method, is characterized in that, comprising:
Mobile terminal receives the scheduler task information that issues of command scheduling center and completes the scheduling of airport producers and the job task progress information reporting producers;
Car-mounted terminal receives the scheduler task information that issues of command scheduling center and completes the scheduling of airfield vehicle and report vehicles while passing positional information;
The scheduler task information that dispatching client receiving scheduling command centre issues completes the scheduling of airport Service Source and reports Service Source to dispatch progress information;
Command scheduling center generates different scheduler task information according to the Flight Information stored in database, attendant information and service facility information, is issued to described mobile terminal, car-mounted terminal and dispatching client respectively; And/or, receive various production operation information that described mobile terminal, car-mounted terminal and dispatching client report and carry out statistical study, analysis result is exported;
Wherein, described command scheduling center comprises application server, wireless communication server and database server;
Described mobile terminal is connected with described wireless communication server respectively by wireless network with car-mounted terminal; Described dispatching client is connected with described application server by airport network; Described wireless communication server is connected with described dispatching client and described application server respectively by airport network; Described application server is connected with described database server.
9. airport ground intelligence commander dispatching method according to claim 8, is characterized in that, described application server is by the change correspondence adjustment service resources computation rule of regulation engine according to airdrome control Ji Changtiaoduleida management service.
10. airport ground intelligence commander dispatching method according to claim 8, it is characterized in that, described dispatching client completes the scheduling to airport Service Source by the Service Source on application server described in RMI remote method invocation (RMI); Described application server is released news by message-oriented middleware, and multiple described dispatching client receives same group of message; Described application server and wireless communication server are by ORM technology access database server; Described mobile terminal is connected with wireless communication server by the asynchronous network communication mode based on Netty with car-mounted terminal.
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| CN106022628A (en) * | 2016-05-27 | 2016-10-12 | 内蒙古自治区民航机场集团有限责任公司 | Airport work distributing, monitoring and scheduling system based on mobile terminals, and method thereof |
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