CN101291445A - Service data manipulating method, device and system by session initiative protocol - Google Patents
Service data manipulating method, device and system by session initiative protocol Download PDFInfo
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Abstract
The invention discloses a method for performing service data operation through a session initial protocol (SIP), comprising the following steps that: a network side receives an SIP message comprising user service data operation contents; the network side processes the user service data operation contents and generates user service data operation responses comprising service data synchronizing information; and the network side sends the SIP message comprising the user service data operation responses to a user terminal (UE). The invention also discloses a system and a device for performing service data operation through the SIP. The proposal of the invention can realize synchronization of service data between a terminal unit and a network and meet the actual application demand of multi-terminal users in an IP multimedia subsystem (IMS).
Description
Technical field
The present invention relates to the mobile communication technology field, particularly carry out the methods, devices and systems of service data manipulating by session initiation protocol.
Background technology
3rd Generation Partnership Project (3rd Generation Partnership Project, 3GPP) Ding Yi IP Multimedia System (IP Multimedia Subsystem, IMS), be that the third generation (3G) mobile communication system realizes packet voice and grouped data, the unified multimedia service and the objective network of application are provided.IMS adopts the bearer path of IP packet domain as its control signaling and media delivery, adopt session initiation protocol (Session Initiation Protocol, SIP) agreement has realized that as call control signalling the three that service management, session control and carrying insert separates.
In present IMS standard, the human-computer interaction interface input user service data of user on user terminal, user terminal is with extending mark language configuration access agreement (XML Configuration AccessProtocol, XCAP) these business datums of format description, and by HTTP (Hyper TextTransport Protocol, HTTP) the agreement carrying passes to network, is sent to the corresponding service application server.This interface between user terminal and the application server is called as Ut.This method requires the IMS terminal must support Ut, otherwise the user can't operate user service data, obviously improve the cost and price of terminal, is unfavorable for professional popularization.In order to distinguish mutually, below abbreviate the user terminal in the IMS standard as the IMS terminal with the user terminal of traditional business.
For the consideration of consideration that reduces cost and promoting service aspect, operator wishes that the IMS terminal can use Session Initiation Protocol to carry out service data manipulating.Carry out the mode of service data manipulating according to conventional terminal, the user can make a call by the IMS terminal, incoming traffic sign indicating number and business datum are to carry out service data manipulating, such as in order to realize the Call Forwarding On Busy business, dial " * 40* Call Forwarding destination Mobile Station International ISDN Number # " and realize registration chance busy hour call forward-shifting service data.
In the IMS network, allow to exist multi-terminal user, be that the user can have a public user identity (Public User Identity) and a plurality of private user identity (Private User Identity), simply say, be exactly that the user has a plurality of terminals, these terminals have identical telephone number, can be simultaneously at the IMS network registry.Obviously, each terminal in these terminals can be carried out service data manipulating, like this, just have the synchronizing traffic data problem between the multiple terminals: when a terminal operation after the business datum, other terminal that belongs to same user need be known the business datum of renewal, and existing method by SIP operation service data is the succession to the conventional terminal service data manipulating, can not solve the stationary problem of the service data manipulating of multi-terminal user in the IMS network, be subscriber terminal equipment (User Equipment, UE) and the synchronizing traffic data problem between the network.On the other hand, even the user has only a terminal equipment, mode is carried out service data manipulating by Web is self-service etc. as the user, and user's terminal equipment also needs to know the business datum of renewal, and prior art can not solve the synchronizing traffic data problem between subscriber terminal equipment and the network equally.
In sum, the shortcoming of carrying out the scheme of service data manipulating by SIP in the existing IMS system is: can not solve synchronizing traffic data problem between subscriber terminal equipment and the network.
Summary of the invention
In view of this, the embodiment of the invention proposes to be undertaken by SIP the methods, devices and systems of service data manipulating, can make between subscriber terminal equipment and the network and realize synchronizing traffic data.
Described method of carrying out service data manipulating by SIP comprises the steps:
Network side receives the sip message that carries the user service data content of operation;
Network side is handled described user service data content of operation, generates the user service data operation response that comprises synchronizing traffic data information;
Network side sends the sip message that comprises described user service data operation response to user terminal UE.
The described system that carries out service data manipulating by SIP comprises:
Human and machine interface unit is used to receive the service data manipulating content that the user imports, to the response of user prompt network processes service data manipulating;
Data transmission unit, be used to receive user service data content of operation from human and machine interface unit, generate the sip message of carrying user service data operation requests, and send the sip message of described carrying user service data operation requests to the data processing unit of network side; And receive sip message, and send the sip message of described bearer service data manipulation response to human and machine interface unit from the bearer service data manipulation response of the data processing unit of network side;
Data processing unit, be positioned at network side, be used to receive sip message, handle described service data manipulating request, and return the sip message of bearer service data manipulation response to data transmission unit from the carrying user service data operation requests of data transmission unit.
The embodiment of the invention proposes passes through the terminal equipment that SIP carries out service data manipulating and comprises human and machine interface unit and data transmission unit, described human and machine interface unit is used to receive the service data manipulating content of user's input, to the response of user prompt network processes service data manipulating;
Described data transmission unit is used to receive the user service data content of operation from human and machine interface unit, generates the sip message of carrying user service data operation requests, and sends the sip message of described carrying user service data operation requests to network side; And receive sip message, and send the sip message of described bearer service data manipulation response to human and machine interface unit from the bearer service data manipulation response of network side.
The embodiment of the invention proposes passes through the network element that SIP carries out service data manipulating and comprises as lower module:
The request receiver module is used to receive the sip message that carries the user service data content of operation, and the described service data manipulating content that is used for is sent to processing module;
Processing module is used for process user service data manipulating content, generates result and is sent to respond module;
Respond module is used for according to result, generates the user service data operation response that comprises synchronizing traffic data information, and carries transmission by sip message.
As can be seen from the above technical solutions, the Session Initiation Protocol that terminal equipment will carry the user service data content of operation is sent to network side, network side is handled described user service data content of operation, and carry result by SIP and return to terminal equipment, the business datum between terminal equipment and the network is realized synchronously.
Description of drawings
Fig. 1 is the network architecture schematic diagram of the embodiment of the invention;
Fig. 2 is the basic business data operational flowchart of the embodiment of the invention;
Fig. 3 is the signaling process figure of first embodiment of the invention;
Fig. 4 is the signaling process figure of second embodiment of the invention.
Embodiment
For making the purpose, technical solutions and advantages of the present invention clearer, the present invention is further elaborated below in conjunction with accompanying drawing.
The network architecture schematic diagram that the embodiment of the invention proposes mainly comprises human and machine interface unit 101, data transmission unit 102, calling conversation control unit 103 and data processing unit 104 as shown in Figure 1.
Human and machine interface unit 101 is used for the man-machine interaction of service data manipulating, by human-computer interaction interface, receives the service data manipulating of user's input, to the response of user prompt network processes service data manipulating.Human and machine interface unit 101 generally is arranged in subscriber terminal equipment, as landline telephone, mobile phone etc.
Human and machine interface unit 101 can directly link to each other with data transmission unit 102, also can link to each other indirectly, continuous indirectly being meant also exists one or more miscellaneous equipment between human and machine interface unit and the data transmission unit, be used for the user service data content of operation from human and machine interface unit 101 is passed to data transmission unit 102.
E1 interface protocol between human and machine interface unit 101 and the data transmission unit 102 includes but not limited to: analog subscriber signaling, No. 1 digital subscriber (Digital Subscriber signalling No.1, DSS1) signaling, H.248 agreement, internal interface agreement or above combination in any.When human and machine interface unit 101 and data transmission unit 102 all were positioned at subscriber terminal equipment, the E1 interface can be the internal interface agreement.
Calling conversation control unit 103 is used to provide functions such as registration, session control, and calling conversation control unit can be CSCF (CSCF) network element in the IMS network.E2 interface protocol between data transmission unit 102 and the calling conversation control unit 103 includes but not limited to Session Initiation Protocol.
E3 interface between data processing unit 104 and the calling conversation control unit 103 includes but not limited to Session Initiation Protocol.
The request receiver module is used to receive the sip message that carries the user service data content of operation, and the described service data manipulating content that is used for is sent to processing module;
Processing module is used for process user service data manipulating content, generates result and is sent to respond module;
Respond module is used for according to result, generates the user service data operation response that comprises synchronizing traffic data information, and carries transmission by sip message.
The basic business data operating process of the embodiment of the invention comprises the steps: as shown in Figure 2
Step 201: human and machine interface unit receives the service data manipulating request that the user sends, and described service data manipulating request is sent to data transmission unit.
In this step, human and machine interface unit is arranged in subscriber terminal equipment, by the data manipulation of human and machine interface unit incoming traffic, described service data manipulating content includes but not limited to following information to the user: type of service, data message, action type with push-button dialing mode or menu mode etc.Type of service is meant the data of which kind of business of operation, and data message is meant the information of operated data, and action type is meant carries out operation types to business datum.For example professional for calling forwarding on busy, the type of service in the content of service data manipulating is " business of calling forwarding on busy ", and data message is " a Call Forwarding destination Mobile Station International ISDN Number ", and action type is " registration ".
Action type can comprise: increase (i.e. " registration "), deletion, verification, inquiry, synchronous or above combination in any.
Step 202: data transmission unit receives the user service data content of operation from human and machine interface unit, generation and the user service data operation requests message of carrying with Session Initiation Protocol to the network transmission.
In this step, described user service data operation requests message can be sip invite message (SIPINVITE), SIP instant message (SIP MESSAGE) message, SIP informational message (SIP INFO), sip subscribe message (SIP SUBSCRIBE) or SIP registration message (SIP REGSITER) etc.
In the described user service data operation requests message, the mode of describing the user service data operation can be following several:
Mode one: the user service data content of operation is carried in the request-unified resource sign (Request-URI) of sip message, can be SIP URI form, also can be tel URI form.Adopt the example of telURI form as follows:
MESSAGE?tel:*40*26540808；phone-context＝example.com?SIP/2.0
In above-mentioned example, " * 40*26540808 " is the user service data content of operation, it is 26540808 the business datum of calling forwarding on busy that the expression user asks registration (promptly increase) destination Mobile Station International ISDN Number, and wherein, " * 40 " are the service codes of business datum registration of calling forwarding on busy.
In mode one, the every content in the user service data content of operation connects together and transmits by Session Initiation Protocol, i.e. type of service, data message and the action type transmission that all connects together.
Mode two: the user service data content of operation is carried in the header field (header) or message body (message body) of sip message, the descriptor format of user service data content of operation can adopt the push-button dialing mode, as " * 40*26540808 ", perhaps, the descriptor format of user service data content of operation also can adopt the XML describing mode.
First example that employing mode two is carried the customer service content of operation is as follows:
Content-Type:application/Service-Data-Operator
.................................
<ServiceDataOperator>
<ServiceName>CFB</ServiceN?ame>
<UserIdentity>2654808</UserIdentity>
<OperatorType>Add</Operator>
</ServiceDataOperator>
In above-mentioned example, the medium type of Content-Type Indication message body, called after " application/Service-Data-Operator " promptly is applied to service data manipulating (Service-Data-Operator);＜ServiceDataOperator〉and＜/ServiceDataOperator between what describe is the user service data content of operation that this message body is carried, with the XML format description; ServiceName represents " Business Name ", and value is represented the business of calling forwarding on busy for " CFB "; UserIdentity represents " user ID ", and value is " 2654808 "; OperatorType represents " action type ", and value is that " Add " expression increases.In first example, the every content in the user service data content of operation separately transmits in Session Initiation Protocol, and promptly type of service, data message and action type separately transmit.
Perhaps, also can be with " CFB " and " Add " synthetic parameter, still with " * 40 " expression " registration call forwarding on busy business ", second example that employing mode two is carried the customer service content of operation is as follows:
Content-Type:application/Service-Data-Operator
................................
<ServiceDataOperator>
<ServiceOperator>*40</ServiceOperator>
<UserIdentity>2654808</UserIdentity>
</ServiceDataOperator>
In above-mentioned example, ServiceOperator represents type of service and action type, and value is " * 40 ".In second example, the every content in the user service data content of operation separately transmits in Session Initiation Protocol, and promptly type of service, data message and action type separately transmit.
Perhaps, also can in message body, the user service data content of operation be transmitted in the push-button dialing mode, be the 3rd example:
Content-Type:text/plain
..............................
*40*26540808
In above-mentioned example, * 40*26540808 transmits in message body with text mode, the medium type of message body is " text/plain ", in the 3rd example, every content in the user service data content of operation transmits in Session Initiation Protocol together, i.e. type of service, data message and the action type transmission that all connects together.
In mode two, what the request of sip message-unified resource sign was carried is sign or the user ID of user terminal correspondence or the sign of type of service etc. of user service data operational attribute, if what carry is the sign of user service data operational attribute, then to represent to ask purpose be to carry out user service data operation to the sign among the Request-URI, is the 4th example:
MESSAGE?sip:ServiceDataOperator@example.com?SIP/2.0
Perhaps, if what carry is the sign of type of service, then to represent to ask purpose be user service data corresponding service etc. to the sign among the Request-URI, is the 5th example:
MESSAGE?sip:CFB@example.com?SIP/2.0
In the 4th example, " sip:ServiceDataOperator@example.com " expression request purpose sign is to carry out the user service data operation, in the 5th example, " sip:CFB@example.com " request purpose sign is the user service data corresponding service.
From above-mentioned each example as can be seen, every content of the user service data content of operation of mode two promptly can transmit in Session Initiation Protocol together, also can separately transmit.
In actual applications, no matter be above-mentioned which kind of mode, can further in header field, carry the message segment of describing the user service data operational attribute in the sip message, this message segment can be the combination in any of terminal capability (UserAgent Capabilities), both caller preferences (Caller Preferences), incident bag (Event Package) or above-mentioned message body " Service-Data-Operator ", wherein, terminal capability is described the ability that user terminal carries out the user service data operation; The preference that both caller preferences is described the current initiation request of user terminal is to carry out the user service data operation; The subscription that the incident bag is described the current initiation of user terminal is the user service data operation.
Step 203: calling conversation control unit receives described user service data operation requests message with the Session Initiation Protocol carrying, and it is sent to data processing unit.
In this step, calling conversation control unit receives the sip message that has carried the user service data content of operation, (Public ServiceIdentity, PSI) routing mechanism are sent to data processing unit with this sip message can to use initial filter criteria (iFC) or public service identity.
Such as, carry out route with above-mentioned " * 40 " of carrying among the Request-URI or the sign of user service data operational attribute or the sign of type of service as PSI; Perhaps, with a kind of or combination in any in above-mentioned " * 40 ", " CFB " that carries in the sip message, the various user service data operational attributes etc. as the service trigger criteria among the iFC with route with this sip message.
IFC or PSI routing mechanism can repeat no more here referring to the IMS prior art.
Step 204: data processing unit receives user service data operation requests message, handle accordingly, comprise business datum validity check, increase business datum, revise business datum, the combination in any of deletion business datum, synchronizing traffic data or above processing, after disposing, send user service data operation requests response message to calling conversation control unit.
In this step, no matter what the action type of user service data is, data processing unit can carry synchronizing traffic data information in described user service data operation requests response message, perhaps, return the response message that described user service data operation requests is responded earlier, send a response message that carries synchronizing traffic data information again.
In actual applications, if the action type of user service data is to increase or deletion, data processing unit can return one earlier to the user service data operation requests response message that increases or removal request responds, thereafter, send a user service data operation requests response message that carries synchronizing traffic data information, perhaps, data processing unit returns one to increasing or removal request responds and carry the user service data operation requests response message of synchronizing traffic data information.If the action type of user service data is inquiry, data processing unit can return a user service data operation requests response message that query requests is responded earlier, thereafter, send a user service data operation requests response message that carries synchronizing traffic data information again, perhaps, data processing unit returns a user service data operation requests response message that query requests is responded and carries synchronizing traffic data information.
In this step, the mode that described synchronizing traffic data information is carried in Session Initiation Protocol has following several:
Mode one: only carry the user service data of current renewal, as the user service data that increases or delete, such as, " abbreviated number " that current request increases;
Mode two: described all user service datas that are operated business that carry the user of current this user terminal correspondence of storing of data processing unit, such as, the current user's who stores all " abbreviated number ", the described type of service that is operated is " abbreviated dialing " business.
Mode three: carry all user service datas of the user of current this user terminal correspondence of storing of data processing unit, such as the current user who stores all " abbreviated number ", " number of calling forwarding on busy " etc.
Step 205: message sending unit receives the user service data operation requests response message with the Session Initiation Protocol carrying, extracts the service data manipulating response contents, and sends to human and machine interface unit.
Step 206: human and machine interface unit receives the service data manipulating response contents from message sending unit, carries out the man-machine interaction response and handles, and comprises prompt service data manipulation response and/or upgrades business datum synchronously.
Described human and machine interface unit processing service data operation response can be as " data increase successfully ", " data deletion failure " etc.; In addition, if also comprise described synchronizing traffic data information in the service data manipulating response contents, then human and machine interface unit obtains described synchronizing traffic data information, upgrades business datum.
In actual applications, data processing unit also may not be to receive the user service data content of operation by above-mentioned steps 201～step 203, for example the user is by the self-service service data manipulating that carries out of Web, then, can execution in step 204～step 206 finish follow-up processing flow equally as long as data processing unit receives after the user service data content of operation.
As can be seen, no matter whether the user is multi-terminal user, the inventive method can also solve subscriber terminal equipment and power on when network is initiated registration, the user service data stationary problem between subscriber terminal equipment and the data processing unit from above-mentioned flow process.For example, subscriber terminal equipment does not have the business datum memory function, perhaps subscriber terminal equipment is during shutting down, user service data is changed, as by the self-service service data manipulating that carries out of Web, at this moment, subscriber terminal equipment when start, also need to carry out and data processing unit between the user service data Synchronous Processing.
Below illustrate that by two specific embodiments how the present invention program specifically uses.
Embodiment one: human and machine interface unit and message sending unit all are positioned on user's the UE, and the user is a multi-terminal user, and three UE:UE1, UE2 and UE3 are arranged, and UE1 and UE2 have been registered in the network, and the service data manipulating flow process comprises the steps: as shown in Figure 3
Step 301: the user is in the enterprising industry affair of UE1 data operation request, such as, the registration business datum of calling forwarding on busy.
Step 302:UE1 sends the SIP instant message to calling conversation control unit, carries the service data manipulating content in the message.Described message examples is as follows:
MESSAGE?tel:*40*26540808；phone-context＝example.com?SIP/2.0
The implication front of this message body is existing to be described, so repeat no more here.
Step 303: calling conversation control unit is forwarded to data processing unit with this SIP instant message.
Step 304: data processing unit carries out respective handling according to the SIP instant message of being received, response message is returned to calling conversation control unit in the back that disposes.
As the possible execution mode of this step, described response message is SIP 200 OK message, and this SIP200 OK message can be carried the service data manipulating response contents, as " data are registered successfully "; Perhaps, also can be with these SIP 200 OK message itself as the service data manipulating response, promptly " SIP 200 OK " just represent the service data manipulating success; Perhaps, these SIP 200 OK message only are the responses to the SIP instant message, rather than to the response of service data manipulating, after business data processing is finished, send a response message in addition again.
Step 305: calling conversation control unit sends described response message to UE1.In the present embodiment, described response message is exactly SIP 200 OK message.
Step 306: data processing unit is carried out synchronizing traffic data and is handled, and sends the SIP instant message to calling conversation control unit, carries synchronizing traffic data information in the message.Message examples is as follows:
MESSAGE?sip:mary@example.com?SIP/2.0
P-Asserted-Identity:<tel:*40*26540808；phone-context＝example.com>
In above-mentioned example, " sip:mary@example.com " that fills among the Request-URI of MESSAGE message is user's sign, and synchronizing traffic data information promptly " * 40*26540808 " fill in the P-Asserted-Identity header field, can certainly fill in other header field or in the message body, repeat no more here.
In addition, if the SIP 200 OK message of above-mentioned steps 304～step 305 are not the responses to service data manipulating, and data processing unit only is the response to receiving SIP instant message, then the SIP instant message in this step can also further carry the response contents to service data manipulatings such as increase, deletions, as " data are registered successfully ".
Calling conversation control unit is received described SIP instant message, to carry out the route processing procedure to the user, because this user is a multi-terminal user, calling conversation control unit will send described SIP instant message to all registration terminals of this user, promptly carry out to derive from (forking) processing.In the present embodiment, this moment, UE1 and UE2 were registered, but UE3 or off-mode, so calling conversation control unit sends the SIP instant message respectively to UE1 and UE2, were step 307 and step 308.
Step 307: calling conversation control unit sends this SIP MESSAGE message to UE1.After UE1 receives this SIP MESSAGE message, obtain synchronizing traffic data information, upgrade business datum.
Step 308: calling conversation control unit sends this SIP MESSAGE message to UE2.After UE2 receives this SIP MESSAGE message, obtain synchronizing traffic data information, upgrade business datum.
After above step 301 to step 308 has shown some terminal carrying out service data manipulations of multi-terminal user, the synchronizing traffic data process between network and the subscriber terminal equipment; Following steps 309 to step 315 for new terminal reach the standard grade the registration after data synchronization process.
Step 309: user's UE3 starting up of terminal.
Step 310:UE3 sends the SIP instant message, carries the query manipulation request to user service data in the message.
Step 311: calling conversation control unit is sent to data processing unit with described SIP instant message from UE3.
Step 312: data processing unit returns SIP 200 OK message to this SIP instant message.
Step 313: calling conversation control unit sends these SIP 200 OK message to UE3.
Step 314: data processing unit is carried out synchronizing traffic data and is handled, and sends the SIP instant message to the user, carries synchronizing traffic data information in the message.
Step 315: calling conversation control unit sends described SIP instant message to UE3.
After UE3 receives this SIP MESSAGE message, obtain synchronizing traffic data information, upgrade business datum.
In above-mentioned flow process, after the UE3 start,, obtain the synchronizing traffic data information of automatic network by the service data manipulating request that transmission is inquired about; Perhaps, UE3 also can carry out synchronous service data manipulating request by transmission, obtain the synchronizing traffic data information of automatic network, in the step 310, UE3 sends the SIP instant message, carry simultaneous operation request in the message to user service data, in the step 311, calling conversation control unit sends this SIP instant message to data processing unit, thereafter, calling conversation control unit is carried out the synchronizing traffic data processing, and flow process is with above-mentioned step 314～step 315.
Perhaps, UE3 also can obtain the synchronizing traffic data information of automatic network by third-party registration.In the step 310, UE3 sends SIP registration (REGISTER) message, register requirement after initiating to start shooting, in the step 311, calling conversation control unit sends third party SIP registration message to data processing unit, thereafter, data processing unit carries out synchronizing traffic data to be handled, and flow process is with above-mentioned step 314～step 315.At this moment, the SIP registration message can be regarded as the service data manipulating request message of " implicit expression ", promptly imply simultaneous operation request business datum.
Embodiment two: human and machine interface unit and message sending unit all are positioned on user's the UE, and the user is a multi-terminal user, and two UE:UE1 and UE2 are arranged, and UE1 has been registered in the network, and the service data manipulating flow process comprises the steps: as shown in Figure 4
Step 401: user's UE2 starting up of terminal.
Step 402:UE2 sends sip subscribe (SIP SUBSCRIBE) message, carries the simultaneous operation request to user service data in the message.Message examples is as follows:
SUBSCRIBE?sip:mary@example.com?SIP/2.0
Event:data-profile
In above-mentioned example, incident bag name is set in the Event incident header field is called " data-profile ", expression booking reader data configuration, the user service data of promptly asking the user to be configured is equivalent to " message segment of user service data operational attribute " entrained in the header field of aforementioned sip message.
Step 403: calling conversation control unit sends this sip subscribe message to data processing unit.
Step 404: data processing unit returns SIP 200 OK message to this sip subscribe message.
Step 405: calling conversation control unit sends these SIP 200 OK message to UE2.
Step 406: data processing unit is carried out synchronizing traffic data and is handled, and sends SIP notice (SIP NOTIFY) message to the user, carries synchronizing traffic data information in the message.
Step 407: calling conversation control unit sends this SIP notification message to UE2.
Step 408: the user is in the enterprising industry affair of UE1 data operation request, such as, the registration business datum of calling forwarding on busy.
Step 409:UE1 sends sip subscribe message, carries the service data manipulating content in the message.Message examples is as follows:
SUBSCRIBE?sip:mary@example.com?SIP/2.0
Event:data-profile
Content-Type:application/Service-Data-Operator
................................
<ServiceDataOperator>
<ServiceOperator>*40</ServiceOperator>
<UserIdentity>2654808</UserIdentity>
</ServiceDataOperator>
Step 410: calling conversation control unit sends this sip subscribe message to data processing unit.
Step 411: data processing unit returns SIP 200 OK message to this sip subscribe message.
Step 412: calling conversation control unit sends these SIP 200 OK message to UE1.
Step 413: data processing unit is carried out synchronizing traffic data and is handled, and sends the SIP notification message to UE1, carries synchronizing traffic data information in the message.Message examples is as follows:
NOTIFY?sip:mary@example.com?SIP/2.0
Event:data-profile
Content-Type:application/Service-Data-Operator
................................
<ServiceDataOperator>
<ServiceOperator>*40</ServiceOperator>
<UserIdentity>2654808</UserIdentity>
</ServiceDataOperator>
UE1 has also carried out the subscription to the simultaneous operation request of user service data shown in step 2 when start-up logging, therefore, data processing unit also sends the SIP notification message to UE1 here.
Step 414: calling conversation control unit sends this SIP notification message to UE1.
Step 415: data processing unit is carried out synchronizing traffic data and is handled, and sends the SIP notification message to UE2.
Step 416: calling conversation control unit sends this SIP NOTIFY to UE2.
As can be seen from the above embodiments, the present invention program can realize user service data under the multiple situation between subscriber terminal equipment and network synchronously.Described multiple situation comprises at least: a terminal of multi-terminal user is operated business datum, and then the user service data of these all terminal equipments of user and network are realized synchronously; When terminal equipment was reached the standard grade registration, the user service data of this terminal equipment and network were realized synchronously; For the simplest unit/terminal user's situation, this terminal equipment is reached the standard grade and is registered or user service data is operated, and can realize that also the user service data of terminal equipment and network carry out synchronously.
The above only is preferred embodiment of the present invention, not in order to restriction the present invention, all any modifications of being done within the spirit and principles in the present invention, is equal to and replaces and improvement etc., all should be included within protection scope of the present invention.
Claims (15)
1, carry out the method for service data manipulating by session initiation protocol SIP, it is characterized in that, this method comprises the steps:
Network side receives the sip message that carries the user service data content of operation;
Network side is handled described user service data content of operation, generates the user service data operation response that comprises synchronizing traffic data information;
Network side sends the sip message that comprises described user service data operation response to user terminal UE.
2, method according to claim 1 is characterized in that, described user service data content of operation comprises: a kind of or its combination in any in type of service, data message, the action type.
3, method according to claim 1 is characterized in that, the described sip message that carries the user service data content of operation is: sip invite message, SIP instant message, SIP informational message, sip subscribe message or SIP registration message.
4, method according to claim 1 is characterized in that, the described sip message that carries the user service data content of operation adopts following arbitrary mode to describe the user service data operation:
The user service data content of operation is carried in the request-unified resource sign of sip message;
The user service data content of operation adopts push-button dialing mode or extending mark language XML describing mode to be carried in the header field or message body of sip message.
5, method according to claim 1 is characterized in that, the described sip message that carries the user service data content of operation further carries the message segment of describing the user service data operational attribute.
6, method according to claim 1 is characterized in that, described network side is handled before the described user service data content of operation, further comprises: network side returns response message to the sip message of being received to UE.
7, method according to claim 1, it is characterized in that described network side is handled described user service data content of operation and comprised: the combination in any of the validity check of business datum, increase business datum, modification business datum, deletion business datum, synchronizing traffic data or above operation.
8, method according to claim 1, it is characterized in that user described of carrying the described UE correspondence of the user service data of current renewal or the current storage of network side in the described sip message that comprises described user service data operation response is operated all user service datas of user of the described UE correspondence of all professional user service datas or the current storage of network side.
9, according to each described method of claim 1 to 8, it is characterized in that, described UE is a UE of multi-terminal user, and then described network side sends the sip message that comprises described user service data operation response to UE and comprises: network side sends the sip message that comprises described user service data operation response to each registered UE that reaches the standard grade of the described user of described UE.
10, carry out the system of service data manipulating by SIP, it is characterized in that, this system comprises:
Human and machine interface unit is used to receive the service data manipulating content that the user imports, to the response of user prompt network processes service data manipulating;
Data transmission unit, be used to receive user service data content of operation from human and machine interface unit, generate the sip message of carrying user service data operation requests, and send the sip message of described carrying user service data operation requests to the data processing unit of network side; And receive sip message, and send the sip message of described bearer service data manipulation response to human and machine interface unit from the bearer service data manipulation response of the data processing unit of network side;
Data processing unit, be positioned at network side, be used to receive sip message, handle described service data manipulating request, and return the sip message of bearer service data manipulation response to data transmission unit from the carrying user service data operation requests of data transmission unit.
11, system according to claim 10, it is characterized in that, this system further comprises: calling conversation control unit, being used to provide user terminal to reach the standard grade registers and CCF, to be forwarded to data processing unit from the sip message of the carrying user service data operation requests of data transmission unit, and will be forwarded to data transmission unit from the sip message of the bearer service data manipulation response of data processing unit.
12, system according to claim 10, it is characterized in that the interface protocol between described human and machine interface unit and the data transmission unit comprises: analog subscriber signaling, Digital Subscriber signalling No.1, H.248 agreement, internal interface agreement or above combination in any.
13, according to claim 10,11 or 12 each described systems, it is characterized in that described data processing unit comprises:
The request receiver module is used to receive the sip message that carries the user service data content of operation, and described service data manipulating content is sent to processing module;
Processing module is used for process user service data manipulating content, generates result and is sent to respond module;
Respond module is used for according to result, generates the user service data operation response that comprises synchronizing traffic data information, and carries transmission by sip message.
14, a kind ofly carry out the terminal equipment of service data manipulating, it is characterized in that, comprise human and machine interface unit and data transmission unit by SIP,
Described human and machine interface unit is used to receive the service data manipulating content of user's input, to the response of user prompt network processes service data manipulating;
Described data transmission unit is used to receive the user service data content of operation from human and machine interface unit, generates the sip message of carrying user service data operation requests, and sends the sip message of described carrying user service data operation requests to network side; And receive sip message, and send the sip message of described bearer service data manipulation response to human and machine interface unit from the bearer service data manipulation response of network side.
15, a kind ofly carry out the network element of service data manipulating, it is characterized in that, comprise as lower module by SIP:
The request receiver module is used to receive the sip message that carries the user service data content of operation, and described service data manipulating content is sent to processing module;
Processing module is used for process user service data manipulating content, generates result and is sent to respond module;
Respond module is used for according to result, generates the user service data operation response that comprises synchronizing traffic data information, and carries transmission by sip message.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN200710098166.1A CN101291445B (en) | 2007-04-20 | 2007-04-20 | Service data manipulating method, device and system by session initiative protocol |
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| Application Number | Priority Date | Filing Date | Title |
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| CN200710098166.1A CN101291445B (en) | 2007-04-20 | 2007-04-20 | Service data manipulating method, device and system by session initiative protocol |
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| CN101291445A true CN101291445A (en) | 2008-10-22 |
| CN101291445B CN101291445B (en) | 2014-04-30 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107911431A (en) * | 2017-11-07 | 2018-04-13 | 山东浪潮商用系统有限公司 | A kind of message synchronization method, client, computer-readable recording medium and storage control |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1750505B (en) * | 2004-09-16 | 2010-04-28 | 华为技术有限公司 | Method for identifying sender based on real-time transmission protocol |
| CN1852322B (en) * | 2006-03-02 | 2010-04-21 | 华为技术有限公司 | Information synchronizing method and system and terminal device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107911431A (en) * | 2017-11-07 | 2018-04-13 | 山东浪潮商用系统有限公司 | A kind of message synchronization method, client, computer-readable recording medium and storage control |
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| CN101291445B (en) | 2014-04-30 |
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