CN102984272B - A kind of system of remote control mobile terminal communication capacity and method thereof - Google Patents
A kind of system of remote control mobile terminal communication capacity and method thereof Download PDFInfo
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Abstract
The present invention relates to a kind of system and method thereof of remote control mobile terminal communication capacity, this system and network element activation system and charge system, comprise client and service end, client and service end communicate to connect, described service end comprises first communication module, parsing module, data collection module and computing module, parsing module respectively with first communication module, data collection module and computing module, computing module and data collection module communicate to connect, first communication module is carry out disposing and the information exchange platform based on bus managed to packaged information on services, parsing module is the database based on common interface storing described information on services and NE command mapping relations.Its beneficial effect is: shorten the service fulfillment time, realize immediately open-minded; For its client provides personalized service; The api interface of standard is provided, realizes the self-service deployment of respective product commercialization.
Description
Technical field
The invention belongs to electronic communication field, particularly relate to the system and the method thereof that realize remote control mobile terminal communication capacity based on mobile Internet.
Background technology
In domestic telecommunication industry at present on some smart mobile phone, can by by mounting software in control machine, realize the control of the communication capacity of long-range mobile phone, but the communication function possessed of mobile terminal itself can only be controlled, as: mobile phone shutdown, mobile phone can not carry out voice communication, call forwarding is arranged, and the machine for student etc. that this function also needs specified type machine to recommend as operator, also do not have at present and network capabilities is carried out to the method and system that freely control by the application in terminal.
At present, operator is substantially all add network element activation system by order to be realized by flow process to the mode that user provides network capabilities to control, along with smart mobile phone is more and more universal, the demand that user obtains service by application on mobile phone is more and more vigorous, operator is embodied as user by business hall order form mode provides the mode of service cannot meet the requirement of user, and open order by business hall to intersect to user awareness, during as used mobile phone to need to be controlled by other mobile phones when similar colonies such as having student, current techniques then can not realize, significant limitation is had in Control on Communication.
Summary of the invention
The object of the invention is the deficiency overcoming above prior art, provides a kind of operational efficiency high, and convenient, the system of reliable remote control mobile terminal communication capacity and method thereof, specifically have following technical scheme to realize:
The system of described remote control mobile terminal communication capacity, communicates to connect with network element activation system and charge system, comprises client and service end, and described client and service end communicate to connect;
Described service end comprises first communication module, parsing module, data collection module and computing module; Described parsing module respectively with first communication module, data collection module and computing module communication connection, computing module and data collection module communicate to connect; Described first communication module is carry out disposing and the information exchange platform based on bus managed to packaged information on services;
Described parsing module is the database based on common interface storing described information on services and NE command mapping relations;
Described data collection module is the ant file system with index and Real-time Collection function;
Described computing module is the data processor of multithreading;
Described client be based on mobile terminal be packaged with business information, can with the application software of service end information interaction.
The further design of described system is, described client comprises interface drafting module, action parsing module, first data processing module, second data processing module and second communication module, described interface drafting module, action parsing module and the first data module communicate to connect successively, client is made to complete catching user operation, described second communication module, the second data module and interface drafting module communicate to connect successively, make client complete the operation corresponding with user operation or service end information.
The further design of described system is, it is characterized in that, the information on services encapsulated in described first communication module is the combination of business information in client, comprise action type, time of implementation, operation cycle and controlled terminal data, the combination of often kind of business information is abstract turns to a kind of scene, is shown on the human-computer interaction interface of mobile terminal.
The further design of described system is, described business information is that high-level [computer is to the single function of network element ability and the description of state.
The further design of described system is, described network element activation system and charge system communication are connected with described parsing module by described common interface.
Realize the method for remote control mobile terminal communication capacity according to described system, comprise the steps:
1) user is by client logs service end, selects the service needed, sends service information to service end;
2), after service end receives information on services, plan is generated and storage plan;
3) service end judges whether plan meets executive condition, if meet, wake the executive plan of network element activation system up, otherwise server is in wait state;
4) service end detects that plan runs succeeded, and sends successful information to client;
5) step 3) is repeated.
The further design of described method is, described step 2) in comprise the steps:
A) described first communication module identifies information on services, and information on services is delivered to parsing module;
B) described command analysis module identifies the action type in information on services, time of implementation, operation cycle and controlled terminal data, according to described action type, time of implementation, operation cycle and the generation plan of controlled terminal data also store with the form of character string.
The further design of described method is, comprises the steps:
I) described data collection module scans the operation planning of parsing module every n second, parses calculated time of implementation information, and current time and time of implementation is compared;
II) if the time of implementation be less than current time, information on services in parsing module calling data collection module and the mapping relations of NE command, generate NE command, and NE command is sent to the interface between parsing module and network element activation system, order is sent to charge system; Otherwise parsing module is in wait state;
III) NE command in interface described in the process of network element activation system, and refresh interface state;
The further design of described method is, in described step 4, the state of parsing module to the interface between described module and network element activation system detects, after detecting that Interface status refreshes, then judgement plan runs succeeded, and calculates be performed next time of implementation of plan and storage plan according to the operation cycle.
Advantage of the present invention is as follows:
1. change communication capacity distance control mode:
Effective solution solves common carrier in the past and to activate the service the situation needing just can handle through multiple operation system and different network hardware platforms, shortens the service fulfillment time, realizes immediately open-minded.
2. change common carrier operation mode:
(1) integrated dispatch the whole network network capabilities, helps the solution that common carrier is opened in time for its client provides, independent assortment arranges various telecommunication product.Finally, be the individual demand of its client, one-stop intelligent solution is provided.
(2) the commercial speed of expedite product: the api interface providing standard for the market department of common carrier, products innovation department, realizes the self-service deployment of respective product commercialization.
(3) help the informatization department of common carrier from cost centre to the transformation of profit center.
3. realize mobile Internet communication service application new model
The instant quick passage (Mobile solution software) of movable type that the user of common carrier provides by this project, directly and use instant messaging service at once, the very first time fully understands the service and ability that provide with aware communications operator.And user can independent assortment open immediately and arrange various telecommunication product.Thus, constantly promote user awareness, creationaryly provide mobile Internet communication service application new model.
Accompanying drawing explanation
Fig. 1 is the module diagram of the system of described remote control mobile terminal communication capacity.
Fig. 2 is the module diagram of described client.
Fig. 3 is the method flow diagram of described remote control mobile terminal communication capacity.
Fig. 4-a is the structure schematic diagram of scene.
Fig. 4-b is the encapsulation schematic diagram of scene.
Embodiment
Below in conjunction with accompanying drawing, the present invention program is described in detail:
Contrast Fig. 1, the system realizing remote control mobile terminal communication capacity based on mobile Internet that the present embodiment provides, comprise client and service end, client and service end communicate to connect, intelligent management cental system in service end and the present embodiment, comprise first communication module, parsing module, data collection module and computing module.The network element activation system of the present embodiment and charge system are that production system independently two is overlapped by China Telecom.
One-stop service platform in first communication module and the present embodiment, is the mutual module in system and the external world, provides packaged service in the form of services to upper strata.Mainly include CORBA infrastructure service, integrated service turn up service etc.This module adopts CORBA bussing technique, by service registry in bus, realizes distribution and disposes and management.Adopt ORB multithreading and portable adapter (POA) technology effective ground to improve entire system disposal ability and reliability simultaneously.
Unified instruction platform in parsing module and the present embodiment, is undertaken being translated as NE command and storing by business information by activation of service service, then distributes to corresponding network element adapter to instruction queue according to business information.Adopt the conversion of compound mapping rule process business information, when after the business information receiving XML format, dynamic load mapping ruler, is converted into the NE command information of internal system specific format according to rule.Owing to adopting compound mapping and dynamic load rule, therefore, it is possible to accomplish to tackle business information change flexibly.
Collector in data collection module and the present embodiment and ant file system are the data storage with index and Real-time Collection function.Collector is as the operation module of background job, and be responsible for from operation system Real-time Collection resource and open data, carry out the operations such as information checking, mapping, fractionation, convergence according to rule, business information is converted to the information required for opening network element instruction the most at last; Ant file system: be system data memory module, is responsible for the storage of the data such as system network element provisioning instruction, user interactions daily record, business work order information.Adopt the distributed index file system that relevant database (RDBMS) combines with file system (Hadoop technology).Some lay particular emphasis on data analysis and require that lower data file is divided into " low real-time data " to enforcement response.Some corresponding speeds are required that higher data file is divided into " high real-time data "." low real-time data ", stored in HDFS file system, adopts M/R or Hive to carry out the work of some excavations." high real-time data " then leave in traditional RDBMS, in order to respond the real-time query demand of user.The form that the data result that ant file system is excavated can consult is stored in RDBMS, is provided as the basis of data analysis.In fact, be appreciated that it is the preliminary treatment that ant file system is carried out data content, RDBMS carries out Premium Features (analysis, comparison, convergence etc.) content displaying and secondary analysis on the basis of this result.The external world also directly can send instruction to ant file system by one-stop service platform, and carry out data pick-up/excacation that some are special, result does not need to be stored in RDBMS, directly feeds back to upper interface.
S operation control center in computing module and the present embodiment is the data processor of multithreading, is responsible for controlling distributing of work order, adopts multi-thread mechanism, improves concurrence performance efficiency, adopts oracle lock mechanism, also avoids a thread to hang the raw work order stopping state of stillbirth.
Unified instruction platform respectively with one-stop service platform, collector and ant file system and s operation control center to center communications connect.S operation control center is connected with collector and ant File system communication.This system by common interface this not and network element activation system and charge system communicate to connect.
Client be based on mobile terminal be packaged with business information, can with the application software of service end information interaction.This application software comprises interface drafting module, action parsing module, first data processing module, second data processing module and second communication module, described interface drafting module, action parsing module and the first data module communicate to connect successively, make client complete catching user operation, described second communication module, the second data module and interface drafting module communicate to connect successively, make client complete the operation corresponding with user operation or service end information.
First and second data processing module: primary responsibility splicing and parsing JSON data object.JSON (JavaScript Object Notation) is a kind of data interchange format of lightweight, is mainly used in transmitting data.One group of user can need be converted to character string with the data of server interaction by JSON, then just can transmit this character string like a cork between function, or in asynchronous application by character string from Web client transfers to server.In this system, by the operation of user in mobile terminal as login service end, from client splicing data { " type ": " 1 ", " body ": { " user_name ": " tywap ", " pwd ": " tywap.telcome " } } be sent to service end, service end returns { " body ": { " result ": " 0 " } }, then client is resolved, ' 0 ' for logining successfully, then known user logins successfully.
Action parsing module: by carrying out the monitoring of listener event to the interface of mobile terminal, when using various View view to carry out layout interface, public callback method is used to catch useful UI trigger event, when event is triggered on certain View object, these methods can by system framework by this object call, in these methods, the execution of respective user operation can be carried out, thus realize action parsing.
Interface drafting module: according to the scene with user interactions, by calling the control of mobile client end frame as controls such as View, Button, EditText, according to interface, realizes drawing the interface corresponding to each interaction scenarios by coding.
Communication module: transmission and the acceptance of being responsible for http request, complete the mutual of client and service end, comprise the steps: 1, url resolves automatically: HTTP URL contains the used information sending service end resource, basic format is: http://host [: port]/[path], wherein http represents by http agreement locating network resources, host represents service end host domain name or IP address, and port refers to the port numbers on server, and path refers to the URI of request resource;
2, obtain IP, set up TCP and connect: after http request, obtain IP address, set up three-way handshake with asked TCP and be connected, after connection establishment, send http request to server;
3, user end to server sends http request: establish TCP and connect, client sends other information with the form of header to server, sends the transmission that a blank line announcement server terminates header afterwards;
4, server acknowledge: server is to client return response;
5, server closing TCP connects: generally, server have sent request msg to client, then close TCP and connect, the end of transmission.
Client provides the means of configuration network element ability, the function of network element and state are embodied as a kind of business information by high-level [computer, then the business information of correlative connection is carried out being combined to form information on services, again by the combination of often kind of business information, an i.e. class information on services, high abstraction becomes single scene, is shown in the human-computer interaction interface of mobile terminal.Information on services comprises action type, the time of implementation, the attributes such as operation cycle and controlled terminal data, and user can realize the allotment to network element ability in mobile client by selection scene and configuration service information attribute.From the angle of user, do not need the professional knowledge of business admissibility staff, understand content and the usage of telecommunication service vividerly yet.Wherein there is the business of correlative connection to refer to and the Base communication business that common carrier provides comprise 1. bearer service: the information carrying capacity (business) that communication network provides for user.2. teleservice: communication network provides terminal applies business for user.Such as, when user on the human-computer interaction interface of mobile terminal to selection scene or when arranging service, client catches the operational order of user by action parsing module, then by the first data processing module, the operational order of catching is converted into the discernible high-level [computer data of system; Send data to intelligent management cental system finally by communication module to process, thus complete a network element capacity scheme.
System in sum, the method of the remote control mobile terminal communication capacity provided, to open the scene of cellular service " monitoring of attending class " for specific embodiment, its specific service content is that morning (8:30 ~ 11:30) of the week and afternoon (11:30 ~ 17:30) are by voice, note, the business such as wap are closed, and its method is as follows:
Step 1, newly-increased monitoring service of going to school: mobile client is supplied to user's monitoring of attending class needs the option of configuration, and user sets information on services according to option and comprises loCal number, other party number, time of implementation, operation cycle, action type.Wherein service execution time is configured in the mode of time period; for the morning (8:30 ~ 11:30) and afternoon (11:30 ~ 17:30); operation cycle is then represent, as the week (1111100) with 72 system numbers; Action type comprises voice, note, the switch of wap.After user clicks submission, loCal number, controlled terminal number, time of implementation, operation cycle, action type are packaged into JSON character string and send to service end by http protocol by mobile client.
Step 2, one-stop service platform after receiving the request, according to request type " TYPE "=" A4 " judge that this request is that interpolation is gone to school monitoring scene, and request body is submitted the unified instruction platform of this scene.
Step 3, first unified instruction platform parsing module parses the action type of scene, comprises voice, note, wap, is then assembled into action type character string.As the action type character string in step 1 is " 3,3 ,-1 ", character string first bit representation voice operating, second represents that note operates, and the 3rd is wap operation.Wherein 3 represent pass, and-1 represents inoperation.Meanwhile, in order to recover the communication capacity of mobile phone in the end time, system will generate the reverse operating character string of this scene operation type, and namely " 0,0 ,-1 ", look like for phone, SMS are opened; Then, unified instruction platform can parse the time of implementation of scene, then according to time started and end time, parses time hop count * 2 plan.Set up the plan that phone, note are closed (action type " 3,3 ,-1 ") by two, be respectively at 8:30 and 13:30, and two plans of phone, note being opened (action type " 0,0 ,-1 "), respectively at 11:30 and 17:30; Finally, action type, cycle, controlled terminal number, time of implementation can together store as 4 plans of the attribute of plan by unified instruction platform.
Step 4: collector and ant file system can every 5 seconds run-down plan ponds, judge whether the time of implementation is less than current time, if be less than current time, so unified instruction platform can generate corresponding NE command according to plan, during as 2012-7-6 13:30:00, according to " 3,3 ;-1 " action type text string generation one closedown speech capability, the instruction of a closedown SMS capability.Then NE command is sent to the interface between parsing module and network element activation system by unified instruction platform, and order is synchronized to charge system; Now network element activation system can NE command successively in Processing Interface, whenever a process NE command.Just the interface be once connected with unified instruction platform can be refreshed.
Step 5: unified instruction platform is after the state refresh interface between this platform and network element activation system being detected, then judge that this plan runs succeeded, and the planned execution cycle go the time of implementation next time calculating the plan of being performed, if the cycle in step 1 is 1111100, if after 2012-7-6 13:30:00 executes, as calculated the time of implementation is next Monday next time, then by current execution time+3, so arrived 2012-7-9 13:30:00, system can normally by the operation of voice, note closedown; Last standing posture service platform opens successful information to the client transmission of user.
Claims (8)
1. a system for remote control mobile terminal communication capacity, communicates to connect with network element activation system and charge system, it is characterized in that, comprise client and service end, and described client and service end communicate to connect;
Described service end comprises first communication module, parsing module, data collection module and computing module; Described parsing module respectively with first communication module, data collection module and computing module communication connection, computing module and data collection module communicate to connect; Described first communication module is carry out disposing and the information exchange platform based on bus managed to packaged information on services;
Described parsing module is the database based on common interface storing described information on services and NE command mapping relations;
Described data collection module is the ant file system with index and Real-time Collection function;
Described computing module is the data processor of multithreading;
Described client be based on mobile terminal be packaged with business information, can with the application software of service end information interaction;
The information on services encapsulated in described first communication module is the combination of business information in client, comprise action type, the time of implementation, operation cycle and controlled terminal data, the combination of often kind of business information is abstract turns to a kind of scene, is shown on the human-computer interaction interface of mobile terminal.
2. system according to claim 1, it is characterized in that, described client comprises interface drafting module, action parsing module, first data processing module, second data processing module and second communication module, described interface drafting module, action parsing module and the first data processing module communicate to connect successively, client is made to complete catching user operation, described second communication module, the second data processing module and interface drafting module communicate to connect successively, make client complete the operation corresponding with user operation or service end information.
3. system according to claim 1, is characterized in that, described business information is that high-level [computer is to the single function of network element ability and the description of state.
4. system according to claim 1, is characterized in that, described network element activation system and charge system are connected with described parsing module by described common interface.
5. as described in any one of claim 1-4, system realizes the method for remote control mobile terminal communication capacity, it is characterized in that, comprises the steps:
1) user is by client logs service end, selects the service needed, sends service information to service end;
2), after service end receives information on services, plan is generated and storage plan;
3) service end judges whether plan meets executive condition, if meet, wake the executive plan of network element activation system up, otherwise server is in wait state;
4) service end detects that plan runs succeeded, and sends successful information to client;
5) step 3) is repeated.
6. method according to claim 5, is characterized in that, described step 2) in comprise the steps:
A) described first communication module identifies information on services, and information on services is delivered to parsing module;
B) described parsing module identifies the action type in information on services, time of implementation, operation cycle and controlled terminal data, according to described action type, time of implementation, operation cycle and the generation plan of controlled terminal data also store with the form of character string.
7. method according to claim 5, is characterized in that, comprises the steps: in described step 3)
I) described data collection module scans the operation planning of parsing module every n second, parses the time of implementation information in operation planning, and current time and time of implementation is compared;
II) if the time of implementation be less than current time, information on services in parsing module calling data collection module and the mapping relations of NE command, generate NE command, and NE command is sent to the interface between parsing module and network element activation system, order is sent to charge system; Otherwise parsing module is in wait state;
III) NE command in interface described in the process of network element activation system, and refresh interface state.
8. method according to claim 5, it is characterized in that, in described step 4, the state of parsing module to the interface between parsing module and network element activation system detects, after detecting that Interface status refreshes, then judgement plan runs succeeded, and calculates be performed next time of implementation of plan and storage plan according to the operation cycle.
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| US9634911B2 (en) * | 2013-07-30 | 2017-04-25 | Avaya Inc. | Communication device event captures |
| CN104375993B (en) * | 2013-08-12 | 2018-02-02 | 阿里巴巴集团控股有限公司 | A kind of method and device of data processing |
| CN104519305A (en) * | 2013-09-29 | 2015-04-15 | 中兴通讯股份有限公司 | Endpoint information interactive processing method, endpoint information interactive processing device and remote rendering endpoint |
| CN104199930B (en) * | 2014-09-04 | 2018-07-17 | 江苏百联软件有限公司 | Data acquire and the system and method for processing |
| CN106327070A (en) * | 2016-08-18 | 2017-01-11 | 太仓市智威智能科技有限公司 | Business commission system |
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