CN102088326B - Time sharing multiplex method and device - Google Patents
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- CN102088326B CN102088326B CN 200910213649 CN200910213649A CN102088326B CN 102088326 B CN102088326 B CN 102088326B CN 200910213649 CN200910213649 CN 200910213649 CN 200910213649 A CN200910213649 A CN 200910213649A CN 102088326 B CN102088326 B CN 102088326B
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Abstract
The invention provides a time sharing multiplex method and a time sharing multiplex device, which solve the problem of waste of a large number of communication accounts or number resources in a low-traffic and multi-terminal application system and lower the management workload of the communication accounts or the number resources. In the time sharing multiplex method, communication sharing resources (namely the communication accounts or the number resources) are used, a plurality of communication terminals share one or more communication sharing resources to be communicated with a communication server, and communication time of communication terminals which use the same communication sharing resource is arranged in a staggered way, so that each communication sharing resource is used by one terminal at most at any time; time cooperation of the plurality of communication terminals which share the communication sharing resources is realized through coordination by the communication server, namely the time duration and communication moment of the use of a certain communication sharing resource by each communication terminal are allocated and adjusted by the communication server; and one communication terminal can use the communication sharing resources independently at a time interval arranged by the server.
Description
Technical field
The invention belongs to communication technique field, relate in particular to a kind of time-sharing multiplexing method and device thereof.
Background technology
Each communicating terminal in the common network of present GPRS, CDMA, ADSL etc. needs a communication account number or number resource, and in the system with great amount of terminals and very low communication traffic, this scheme has following shortcoming:
One, a large amount of account number or the number resources of waste.
Two, the utilance of each account number or number resource is very low.
Three, a large amount of account numbers or communication number resource have increased management workload.
Four, a large amount of accounts and communication number resource have increased cost.
Summary of the invention
The object of the present invention is to provide a kind of time-sharing multiplexing method and device thereof, solved a large amount of communication account numbers or number resource waste problem in low discharge, terminal application system how, reduced simultaneously the management workload of communication account number or number resource.
The present invention is achieved through the following technical solutions:
A kind of time-sharing multiplexing method, wherein, adopt time-sharing multiplexing method to use the communication shared resource, a plurality of communicating terminals are shared one or more communication shared resource and communication server carries out communication, use the arrangement of staggering of the communication time of the communicating terminal of same communication shared resource, guarantee at any time, each communication shared resource has at most a terminal using; Using a plurality of communicating terminals of communication shared resource is to coordinate to realize by communication server temporal the cooperatively interacting that takies the communication shared resource, and namely each communicating terminal uses the time length of certain communication shared resource and communication are constantly distributed and are adjusted by communication server; Communicating terminal can be monopolized in the timeslice of server arrangement and use described communication shared resource.
Described communication shared resource news are communication account number or communication number resource, can be the account resources in number, communication account or the application system in wireless public network or wired public network.
The time sharing multiplex device that described a kind of time-sharing multiplexing method uses includes:
Communication server A is used for realizing the coordination of communication shared resource, the storage of data and forwarding;
Communicating terminal B controls function for the collection that realizes communication, application data and equipment, is the terminal of user's application system;
Communication account number or number resource D can be number or the accounts in wireless public network or wired public network.
It is characterized in that:
Described communication server A comprises following functional module and database:
Shared resource administration module A1 is for interpolation, deletion and the running parameter set-up function of realizing communication shared resource data A7;
Termination management module A2 is for interpolation, deletion and the running parameter set-up function of realizing end message data A8;
Terminal called administration module A4 is used for realizing that conversational communication and communication shared resource to all communicating terminals use management;
Time Service modules A 5, for communicating terminal provides correct time information, A4 provides the correct time benchmark for the terminal called administration module;
Communication shared resource data A7 is used for the shared resource information such as storage account or number for other module accesses;
End message data A8, the timeslice assignment information that is used for the shared resource of storage terminal relevant configuration information and each terminal supplies other module accesses;
Communication data A9 is used for storing mutual application data;
By the information data in described shared resource administration module A1, termination management module A2 access communication shared resource data A7 and end message data A8; Described terminal called administration module A4 utilizes communication shared resource data A7, end message data A8 information and communicating terminal to set up both-way communication, reads or write relevant communication data A9; Terminal called administration module A4 also realizes the time synchronized of communicating terminal by allocating time service module A5;
Described communicating terminal B comprises following functional module:
Shared resource administration module B1 realizes the Access Management Access to the communication shared resource;
Communication management module B2, foundation is connected with the both-way communication of communication server, realizes end message data and the transmission of using communication data;
Shared resource data B3, the timeslice information of the communication shared resource information that the memory communicating terminal is used and communication shared resource used.
Beneficial effect of the present invention is as follows:
Time-sharing multiplexing method of the present invention and device thereof, owing to adopting time-sharing multiplexing method to use the communication shared resource, a plurality of communicating terminals are shared one or more communication shared resource and communication server carries out communication, use the arrangement of staggering of the communication time of the communicating terminal of same communication shared resource, guarantee at any time, each communication shared resource has at most a terminal using; A plurality of communicating terminals that use the communication shared resource are temporal the cooperatively interacting by coordinating to realize with communication server that takies the communication shared resource, and namely each communicating terminal uses the time length of certain communication shared resource and communication are constantly distributed and are adjusted by communication server; Communicating terminal can be monopolized in the timeslice of server arrangement and use described communication shared resource, thereby has reduced the quantity of communication account number or number resource.The present invention utilizes above technology can improve to a great extent the utilance of communication account number or number resource, reduces the management workload of communication account number or number resource.
Description of drawings
Fig. 1 is that the communication system of time sharing multiplex device of the present invention consists of schematic diagram;
Fig. 2 is the communication server module principle figure of time sharing multiplex device of the present invention;
Fig. 3 is the communication terminal module schematic diagram of time sharing multiplex device of the present invention;
Fig. 4 is time-sharing multiplexing method steps flow chart schematic diagram of the present invention;
Fig. 5 is time-sharing multiplexing method communicating terminal operational flow diagram of the present invention;
Fig. 6 is time-sharing multiplexing method terminal called management operating flow chart of the present invention.
Embodiment
Ask for an interview Fig. 4, the present invention discloses a kind of time-sharing multiplexing method, wherein, adopt time-sharing multiplexing method to use the communication shared resource, a plurality of communicating terminals are shared one or more communication shared resource and communication server carries out communication, use the arrangement of staggering of the communication time of the communicating terminal of same communication shared resource, guarantee at any time, each communication shared resource has at most a terminal using; Use a plurality of communicating terminals of communication shared resource to coordinate to realize by communication server temporal the cooperatively interacting that takies the communication shared resource, namely each communicating terminal uses the time length of certain communication shared resource and communication are constantly distributed and are adjusted by communication server; Communicating terminal can be monopolized in the timeslice of server arrangement and use described communication shared resource.
Described communication shared resource news are communication account number or communication number resource, can be the account resources in number, communication account or the application system in wireless public network or wired public network.
Described time-sharing multiplexing method performing step is as follows:
Step 1: communication server is safeguarded the timeslice information of all communicating terminals, and waits for that the information that receives from communicating terminal connects;
Step 2: communicating terminal connects at timeslice and the communication server of appointment, and the timeslice information of communicating terminal is that communication server provides when communication in advance;
Step 3: communication server is that new treatment progress is set up in the connection of communicating terminal; Communication server can continue to get back to step 1 and wait in the communication connection from communicating terminal after setting up new treatment progress; The treatment progress that creates will enter step 4;
Step 4: communication server is communicating terminal lock in time, and communicating terminal is according to the clock on synchronized result adjustment communicating terminal;
Step 5: communication server is confirmed the access permission of the access time sheet of communicating terminal; If the access of communicating terminal is in incorrect timeslice, communication server can be informed the access time sheet that communicating terminal is correct or be returned to unauthorized error message, then changes step 8 over to; If communicating terminal is connected with communication server, change step 6 in correct timeslice;
Step 6: in the official hour sheet, carry out two-way transfer of data; If communication need to be adjusted or manage change step 7 over to the timeslice resource; If using up, communication end or timeslice change step 8 over to;
Step 7: before timeslice was finished, the timeslice that communicating terminal can require to adjust timeslice or the current communicating terminal of communication server active accommodation was distributed, and the related information transmission after communication server will be adjusted is to communicating terminal; Get back to afterwards step 6;
Step 8: communication server is connected with the communicating terminal closed communication; Afterwards, the Communications service process that creates in step 3 will be nullified.
All communicating terminal B have different identity codes, the terminal data that the identity code sign that the communication server foundation is different and differentiation and communicating terminal exchange.
Communication link between communicating terminal and communication server all has purview certification mechanism and encryption mechanism, and the communicating terminal by authentication can not carry out communication with other communicating terminals by communication server and application system.
As Fig. 5, the communicating terminal workflow is as follows:
At first, communicating terminal proposes communication need to communication server, receives communication shared resource and communication time sheet that communication server is distributed to, afterwards, for the communication shared resource that has creates an interprocess communication, then process the communication process of specifying under shared resource by interprocess communication;
Step 101: send communication need to communication server, and wait for that communication server distributes communication shared resource and arrangement of time; Accept and preserve shared resource information and timeslice information that communication server distributes;
Step 102: be each communication shared resource information creating interprocess communication according to communication shared resource and timeslice information, carry out information exchange with communication server;
Step 103: build interprocess communication and obtain the information of next permitted hours sheet from the configuration information of communication shared resource, enter afterwards step 104;
Step 104: communicating terminal is processed other tasks or is entered resting state until the permitted hours sheet time started enters step 105 afterwards before the time started of permitted hours sheet;
Step 105: attempt connecting with communication shared resource and communication server, if successful connection changes step 106 over to, otherwise judge whether also free residue of permitted hours sheet, if free residue, restart step 105, if the time does not remain enters step 110;
Step 106: communicating terminal and communication server carry out time calibration, change step 107 over to after completing;
Step 107: communication server is confirmed the license that communicating terminal carries out timeslice, if timeslice is effective, is changed step 108 over to, otherwise change step 109 over to;
Step 108: communicating terminal and communication server carry out two-way data communication and communication management, and communication management comprises the contents such as adjustment of current communicating terminal timeslice and later timeslice resource; If data communication is completed or timeslice is used up, change step 109 over to, otherwise repeated execution of steps 108;
Step 109: finish communication, close connection;
Step 110: discharge communication shared resource used.
As Fig. 6, communication server is as follows to the communication management workflow of communicating terminal:
At first, communication server is that each connection request from communicating terminal creates an interprocess communication, and be that communicating terminal distributes communication shared resource and timeslice, afterwards, accept the linking request of communicating terminal and set up interprocess communication according to communication shared resource and timeslice information that communicating terminal distributes, then processing communication process by interprocess communication;
Step 201: the connection of the standby communication terminals such as communication server when having the communicating terminal connection to enter, enters step 202;
Step 202: create interprocess communication for the communicating terminal that enters connects, current step of while changes step 201 over to and works on, and the new terminal called process that creates enters step 203;
Step 203: communication server is got the link information of communicating terminal, the validity of judgement data and communicating terminal, if invalid enter step 206, otherwise the validity according to the timeslice of this communicating terminal of communication configuration sharing validation of information on communication terminal information and communication server and communication shared resource, if the timeslice mistake changes step 205 over to; If timeslice information is also correct, change step 204 over to;
Step 204: in timeslice, communication server is processed the two-way data communication task with communicating terminal, comprises the communication management of time synchronized request, business datum communication, timeslice adjustment etc. etc.; If timeslice is used up or newsletter is completed, change step 206 over to, otherwise repeated execution of steps 204;
Step 205: communication server sends correct time and the timeslice information of communication shared resource used to communicating terminal, changes step 206 over to after this error message of registration simultaneously in system;
Step 206: close the connection from communicating terminal.
The time sharing multiplex device that a kind of time-sharing multiplexing method of the present invention uses as shown in Figure 1, includes:
Communication server A is used for realizing the coordination of communication shared resource, the storage of data and forwarding;
Communicating terminal B controls function for the collection that realizes communication, application data and equipment, is the terminal of user's application system;
Communication account number or number resource D can be number or the accounts in wireless public network or wired public network.
The time sharing multiplex device that adopts the present invention to build can also comprise the application service object:
Application system C is user's application system.
As Fig. 2, communication server A of the present invention comprises following functional module and database:
Shared resource administration module A1 is for interpolation, deletion and the running parameter set-up function of realizing communication shared resource data A7;
Termination management module A2 is for interpolation, deletion and the running parameter set-up function of realizing end message data A8;
Terminal called administration module A4 is used for realizing that conversational communication and communication shared resource to all communicating terminals use management;
Time Service modules A 5, for communicating terminal provides correct time information, A4 provides the correct time benchmark for the terminal called administration module;
Communication shared resource data A7 is used for the shared resource information such as storage account or number for other module accesses;
End message data A8, the timeslice assignment information that is used for the shared resource of storage terminal relevant configuration information and each terminal supplies other module accesses;
Common news data A9 is used for storing mutual application data;
By the information data in described shared resource administration module A1, termination management module A2 access communication shared resource data A7 and end message data A8; Described terminal called administration module A4 utilizes communication shared resource data A7, end message data A8 information and communicating terminal to set up both-way communication, reads or write relevant communication data A9; Terminal called administration module A4 also realizes the time synchronized of communicating terminal by allocating time service module A5.
At first, the terminal called administration module comes the connection request of self terminal for each and creates an interprocess communication, and according to the difference of design, the process here can be also task, thread or process relevant message circulation to specific resources.
Further, communication server A of the present invention also comprises following functional module:
Application system interface service modules A 3 realizes the communications protocol of application system and running parameter set-up function; Realize the application data of access communication data A9 by application system interface service modules A 3;
Multi-computer Redundancy modules A 6 realizes communication and backup between a plurality of communication servers by application system interface service modules A 3 modules, realizes the redundancy of communication server;
Described shared resource administration module A1 and termination management module A2 all can provide data access and management interface for application system interface service modules A 3 modules; Time Service modules A 5 provides time reference information for application system interface service modules A 3;
As Fig. 3, communicating terminal B of the present invention comprises following functional module:
Shared resource administration module B1 realizes the Access Management Access to the communication shared resource;
Communication management module B2, foundation is connected with the both-way communication of communication server, realizes end message data and the transmission of using communication data;
Shared resource data B3, the timeslice information of the communication shared resource information that the memory communicating terminal is used and communication shared resource used.
The communication management module is come the connection request of self terminal for each and is created an interprocess communication, and according to the difference of design, the process here can be also task, thread or process relevant message circulation to specific resources, then be connected by the interprocess communication processing.
Communicating terminal B further comprises: application service interface B4, and for application layer module provides communication and calling interface.
Communication server can have more than 1 or 1.During communication server at tool more than 1, after certain communication server fault, other servers can replace the function of failed server, and communication system can not lose efficacy.Further, communication server can be held a concurrent post by other servers of application system.Communicating terminal or application system can realize to the usage policy of communication shared resource with to the adjustment of communication performance parameter by communication server.
The below illustrates embodiments of the present invention.
Execution mode 1:
System forms:
Communication server A adopts ordinary PC, and communication server has fixing IP address on the internet.Communication server adopts Windows operating system.
Four communication terminal equipment T1, T2, T3 and T4 are arranged, and its identity code is respectively 1,2,3,4.Four communication terminal equipments carry out communication by the GPRS communication module.Communicating terminal adopts Arm9 hardware platform and linux operating system.
The communication shared resource is same SIM card number (identical telephone number).
Adopt time-sharing multiplexing method of the present invention to carry out principle and the process of communication as follows:
Communication server A number has done following coordination according to business need to the SIM card shared:
Communication server A has distributed following timeslice to this SIM card in advance: sheet 11:00 ~ 1:10, sheet 22:00 ~ 2:10, sheet 33:00 ~ 3:10, sheet 44:00 ~ 4:10, sheet 57:00 ~ 7:10, sheet 613:00 ~ 13:10, sheet 714:00 ~ 14:10, sheet 815:00 ~ 15:10, sheet 916:00 ~ 16:10, sheet 1019:00 ~ 19:10.
The situation that these timeslices are assigned to terminal T1, T2, T3, T4 is as follows:
The work slice that this SIM card is assigned to T1 has, and sheet 1 (1:00 ~ 1:10), sheet 6 (13:00 ~ 13:10);
The work slice that this SIM card is assigned to T2 has, and sheet 2 (2:00 ~ 2:10), sheet 7 (14:00 ~ 14:10);
The work slice that this SIM card is assigned to T3 has, and sheet 3 (3:00 ~ 3:10), sheet 8 (15:00 ~ 15:10), sheet 5 (7:00 ~ 7:10), sheet 10 (19:00 ~ 19:10);
The work slice that this SIM card is assigned to T4 has, and sheet 4 (4:00 ~ 4:10), sheet 9 (16:00 ~ 16:10);
Above-mentioned information is stored on communication server A, and simultaneous communications terminal T1, T2, T3, T4 have also stored respectively the timeslice information of this SIM card for each self terminal.
When the time arrived sheet 1, namely during 1:00, the communicating terminal T1 that has this SIM card timeslice sheet 1 resource brought into use this SIM card to carry out communication by GPRS and communication server A.The current the longest duration of communication is 10 minutes, i.e. the time span of sheet 1, and after the time arrived, communication server and communicating terminal T1 can disconnect, and discharge this SIM card resource.
If the communication task of T1 is completed, communicating terminal T1 can shift to an earlier date releasing resource.If communication task is not completed, communicating terminal T1 can ask communication server A to distribute other timeslice.
Between 1:10 ~ 2:00, all terminals can not used this SIM card resource.
When arriving the time started 2:00 of sheet 2, the communicating terminal T2 that has these SIM card timeslice sheet 2 resources brings into use this SIM card to carry out communication by GPRS and communication server A ...
The communication process of other communicating terminal is identical with said process.By said process, all communicating terminals have been realized the exchanges data with communication server.
If do not use time-sharing multiplex, when this SIM card was used for T1, the time of utilizing on the same day was sheet 1 and sheet 6, totally 20 minutes.After using time-sharing multiplex, this SIM card same day utilize the time for sheet 1 to sheet 10, totally 100 minutes.As seen after adopting time-sharing multiplex, the utilance of SIM card (telephone number) obviously improves.
Each communicating terminal is transferred among terminal by communication server by network the usage time interval of communication shared resource.Communicating terminal uses shared resource according to these information.
Above-mentioned listed specific implementation is nonrestrictive, to one skilled in the art, is not departing from the scope of the invention, and the various modifications and variations of carrying out all belong to protection scope of the present invention.
Claims (9)
1. time-sharing multiplexing method, it is characterized in that: adopt time-sharing multiplexing method to use the communication shared resource, a plurality of communicating terminals are shared one or more communication shared resource and communication server carries out communication, use the arrangement of staggering of the communication time of the communicating terminal of same communication shared resource, guarantee at any time, each communication shared resource has at most a terminal using; Using a plurality of communicating terminals of communication shared resource is to coordinate to realize by communication server temporal the cooperatively interacting that takies the communication shared resource, and namely each communicating terminal uses the time length of certain communication shared resource and communication are constantly distributed and are adjusted by communication server; Communicating terminal can be monopolized in the timeslice of server arrangement and use described communication shared resource; Described time-sharing multiplexing method performing step is as follows:
Step 1: communication server is safeguarded the timeslice information of all communicating terminals, and waits for that the information that receives from communicating terminal connects;
Step 2: communicating terminal connects at timeslice and the communication server of appointment, and the timeslice information of communicating terminal is that communication server provides when communication in advance;
Step 3: communication server is that new treatment progress is set up in the connection of communicating terminal; Communication server can continue to get back to step 1 and wait in the communication connection from communicating terminal after setting up new treatment progress; The treatment progress that creates will enter step 4;
Step 4: communication server is communicating terminal lock in time, and communicating terminal is according to the clock on synchronized result adjustment communicating terminal;
Step 5: communication server is confirmed the access permission of the access time sheet of communicating terminal; If the access of communicating terminal is in incorrect timeslice, communication server can be informed the access time sheet that communicating terminal is correct or be returned to unauthorized error message, then changes step 8 over to; If communicating terminal is connected with communication server, change step 6 in correct timeslice;
Step 6: in the official hour sheet, carry out two-way transfer of data; If communication need to be adjusted or manage change step 7 over to the timeslice resource; If using up, communication end or timeslice change step 8 over to;
Step 7: before timeslice was finished, the timeslice that communicating terminal can require to adjust timeslice or the current communicating terminal of communication server active accommodation was distributed, and the related information transmission after communication server will be adjusted is to communicating terminal; Get back to afterwards step 6;
Step 8: communication server is connected with the communicating terminal closed communication; Afterwards, the Communications service process that creates in step 3 will be nullified.
2. a kind of time-sharing multiplexing method as claimed in claim 1, it is characterized in that: described communication shared resource news are communication account number or communication number resource, refer to the account resource in number, communication account or the application system in wireless public network or wired public network.
3. a kind of time-sharing multiplexing method as claimed in claim 2, it is characterized in that: all communicating terminals all have different identity codes, the terminal data that communication server exchanges according to different identity code signs and differentiation and communicating terminal.
4. a kind of time-sharing multiplexing method as claimed in claim 2, it is characterized in that: the communication link between communicating terminal and communication server all has purview certification mechanism and encryption mechanism, and the communicating terminal by authentication can not carry out communication with other communicating terminals by communication server and application system.
5. a kind of time-sharing multiplexing method as claimed in claim 1 or 2, it is characterized in that: the communicating terminal workflow is as follows:
At first, communicating terminal proposes communication need to communication server, receives communication shared resource and communication time sheet that communication server is distributed to, afterwards, for the communication shared resource that has creates an interprocess communication, then process the communication process of specifying under shared resource by interprocess communication;
Step 101: send communication need to communication server, and wait for that communication server distributes communication shared resource and arrangement of time; Accept and preserve shared resource information and timeslice information that communication server distributes;
Step 102: be each communication shared resource information creating interprocess communication according to communication shared resource and timeslice information, carry out information exchange with communication server;
Step 103: build interprocess communication and obtain the information of next permitted hours sheet from the configuration information of communication shared resource, enter afterwards step 104;
Step 104: communicating terminal is processed other tasks or is entered resting state until the permitted hours sheet time started enters step 105 afterwards before the time started of permitted hours sheet;
Step 105: attempt connecting with communication shared resource and communication server, if successful connection changes step 106 over to, otherwise judge whether also free residue of permitted hours sheet, if free residue, restart step 105, if the time does not remain enters step 110;
Step 106: communicating terminal and communication server carry out time calibration, change step 107 over to after completing;
Step 107: communication server is confirmed the license that communicating terminal carries out timeslice, if timeslice is effective, is changed step 108 over to, otherwise change step 109 over to;
Step 108: communicating terminal and communication server carry out two-way data communication and communication management, and communication management comprises the contents such as adjustment of current communicating terminal timeslice and later timeslice resource; If data communication is completed or timeslice is used up, change step 109 over to, otherwise repeated execution of steps 108;
Step 109: finish communication, close connection;
Step 110: discharge communication shared resource used.
6. a kind of time-sharing multiplexing method as claimed in claim 1 or 2, is characterized in that: the communication of communication server to communicating terminal
Manage workflow is as follows:
At first, communication server is that each connection request from communicating terminal creates an interprocess communication, and be that communicating terminal distributes communication shared resource and timeslice, afterwards, accept the linking request of communicating terminal and set up interprocess communication according to communication shared resource and timeslice information that communicating terminal distributes, then processing communication process by interprocess communication;
Step 201: the connection of the standby communication terminals such as communication server when having the communicating terminal connection to enter, enters step 202;
Step 202: create interprocess communication for the communicating terminal that enters connects, current step of while changes step 201 over to and works on, and the new terminal called process that creates enters step 203;
Step 203: communication server is got the link information of communicating terminal, the validity of judgement data and communicating terminal, if invalid enter step 206, otherwise the validity according to the timeslice of this communicating terminal of communication configuration sharing validation of information on communication terminal information and communication server and communication shared resource, if the timeslice mistake changes step 205 over to; If timeslice information is also correct, change step 204 over to;
Step 204: in timeslice, communication server is processed the two-way data communication task with communicating terminal, comprises the communication management of time synchronized request, business datum communication, timeslice adjustment etc. etc.; If timeslice is used up or newsletter is completed, change step 206 over to, otherwise repeated execution of steps 204;
Step 205: communication server sends correct time and the timeslice information of communication shared resource used to communicating terminal, changes step 206 over to after this error message of registration simultaneously in system;
Step 206: close the connection from communicating terminal.
7. the time sharing multiplex device that uses of a kind of time-sharing multiplexing method as claimed in claim 1 or 2 includes:
Communication server A is used for realizing the coordination of communication shared resource, the storage of data and forwarding;
Communicating terminal B controls function for the collection that realizes communication, application data and equipment, is the terminal of user's application system;
Communication account number or number resource D can be number or the accounts in wireless public network or wired public network,
It is characterized in that:
Described communication server A comprises following functional module and database:
Shared resource administration module A1 is for interpolation, deletion and the running parameter set-up function of realizing communication shared resource data A7;
Termination management module A2 is for interpolation, deletion and the running parameter set-up function of realizing end message data A8;
Terminal called administration module A4 is used for realizing that conversational communication and communication shared resource to all communicating terminals use management;
Time Service modules A 5, for communicating terminal provides correct time information, A4 provides the correct time benchmark for the terminal called administration module;
Communication shared resource data A7 is used for the shared resource information such as storage account or number for other module accesses;
End message data A8, the timeslice assignment information that is used for the shared resource of storage terminal relevant configuration information and each terminal supplies other module accesses;
Communication data A9 is used for storing mutual application data;
By the information data in described shared resource administration module A1, termination management module A2 access communication shared resource data A7 and end message data A8; Described terminal called administration module A4 utilizes communication shared resource data A7, end message data A8 information and communicating terminal to set up both-way communication, reads or write relevant communication data A9; Terminal called administration module A4 also realizes the time synchronized of communicating terminal by allocating time service module A5;
Described communicating terminal B comprises following functional module:
Shared resource administration module B1 realizes the Access Management Access to the communication shared resource;
Communication management module B2, foundation is connected with the both-way communication of communication server, realizes end message data and the transmission of using communication data;
Shared resource data B3, the timeslice information of the communication shared resource information that the memory communicating terminal is used and communication shared resource used.
8. time sharing multiplex device as claimed in claim 7 is characterized in that: also include the service object:
Application system C is as user's application system;
Described communication server A comprises following functional module:
Application system interface service modules A 3 realizes the communications protocol of application system and running parameter set-up function; Realize the application data of access communication data A9 by application system interface service modules A 3;
Multi-computer Redundancy modules A 6 realizes communication and backup between a plurality of communication servers by application system interface service modules A 3 modules, realizes the redundancy of communication server;
Described shared resource administration module A1 and termination management module A2 all can provide data access and management interface for application system interface service modules A 3 modules; Time Service modules A 5 provides time reference information for application system interface service modules A 3;
Described communicating terminal B comprises: application service interface B4, and for application layer module provides communication and calling interface.
9. time sharing multiplex device as claimed in claim 8, it is characterized in that: described communication server A is more than 1 or 1.
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| CN102957597B (en) * | 2011-08-26 | 2016-04-06 | 富士通株式会社 | Gateway apparatus and control method thereof |
| CN103812904A (en) * | 2012-11-13 | 2014-05-21 | 联想(北京)有限公司 | Resource sharing method, resource sharing request method, electronic device and mobile terminal |
| CN106664692B (en) * | 2015-04-27 | 2019-10-01 | 华为技术有限公司 | Data transmission method, equipment and system on shared frequency spectrum |
| CN105813048A (en) * | 2015-12-15 | 2016-07-27 | 深圳市思享云创新技术有限公司 | Method, apparatus and system for sharing flow |
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| CN107305731B (en) * | 2016-04-21 | 2020-01-21 | 中兴通讯股份有限公司 | Wireless data transmission method and device |
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| CN108400986A (en) * | 2018-02-28 | 2018-08-14 | 上海康斐信息技术有限公司 | A kind of wireless router and the more account management methods of APP based on wireless router |
| CN108683885A (en) * | 2018-06-11 | 2018-10-19 | 深圳市百创网络科技有限公司 | A kind of house ornamentation hawkeye system |
| CN110459046A (en) * | 2019-07-31 | 2019-11-15 | 郭禄鹏 | A kind of reliable oil field instrument communication system and method |
| CN111935781B (en) * | 2020-06-28 | 2023-04-25 | 中国科学院深圳先进技术研究院 | Control method, network system and related device of data sharing network |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101069368A (en) * | 2004-11-30 | 2007-11-07 | 飞思卡尔半导体公司 | Method for sharing bandwidth using reduced duty cycle signals |
| CN101263732A (en) * | 2005-11-24 | 2008-09-10 | 诺基亚公司 | Method, module, terminal and system for schedule operation of RFID subsystem and wireless communication subsystem |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7016319B2 (en) * | 2003-03-24 | 2006-03-21 | Motorola, Inc. | Method and apparatus for reducing co-channel interference in a communication system |
-
2009
- 2009-12-07 CN CN 200910213649 patent/CN102088326B/en active Active
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101069368A (en) * | 2004-11-30 | 2007-11-07 | 飞思卡尔半导体公司 | Method for sharing bandwidth using reduced duty cycle signals |
| CN101263732A (en) * | 2005-11-24 | 2008-09-10 | 诺基亚公司 | Method, module, terminal and system for schedule operation of RFID subsystem and wireless communication subsystem |
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