WO2007107074A1 - A method, apparatus and system for communication service processing - Google Patents

A method, apparatus and system for communication service processing Download PDF

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Publication number
WO2007107074A1
WO2007107074A1 PCT/CN2007/000437 CN2007000437W WO2007107074A1 WO 2007107074 A1 WO2007107074 A1 WO 2007107074A1 CN 2007000437 W CN2007000437 W CN 2007000437W WO 2007107074 A1 WO2007107074 A1 WO 2007107074A1
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WO
WIPO (PCT)
Prior art keywords
user
lt
gt
profile
message
Prior art date
Application number
PCT/CN2007/000437
Other languages
French (fr)
Chinese (zh)
Inventor
Bo Zheng
Youzhu Shi
Original Assignee
Huawei Technologies Co., Ltd.
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority to CN200610067558 priority Critical
Priority to CN200610067558.7 priority
Priority to CN 200610077575 priority patent/CN101039259A/en
Priority to CN200610077575.9 priority
Priority to CN 200610084351 priority patent/CN101075953A/en
Priority to CN200610084351.0 priority
Application filed by Huawei Technologies Co., Ltd. filed Critical Huawei Technologies Co., Ltd.
Publication of WO2007107074A1 publication Critical patent/WO2007107074A1/en

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Classifications

    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00Network-specific arrangements or communication protocols supporting networked applications
    • H04L67/30Network-specific arrangements or communication protocols supporting networked applications involving profiles
    • H04L67/306User profiles
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L29/00Arrangements, apparatus, circuits or systems, not covered by a single one of groups H04L1/00 - H04L27/00
    • H04L29/02Communication control; Communication processing
    • H04L29/06Communication control; Communication processing characterised by a protocol
    • H04L29/0602Protocols characterised by their application
    • H04L29/06027Protocols for multimedia communication
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L65/00Network arrangements or protocols for real-time communications
    • H04L65/10Signalling, control or architecture
    • H04L65/1003Signalling or session protocols
    • H04L65/1006SIP

Abstract

A communication service processing method, the apparatus and the system thereof, which simplifies the service logical processing of the communication device. The said method includes: the communication device(such as SIP UA) acquires the user's profile from other network elements(201), and detects the operation event carried out by the user according to the profile, if the operation event in the profile is detected, implements the service logical processing according to the corresponding actions preset in the profile(202). The said apparatus includes: an acquiring unit, a detecting unit and a service processing unit. The said system includes the configuration delivering server and the communication device. The configuration delivering server renews the current user's profile according to the change of the service circumstance, and notifies the corresponding SIP UA of the new profile or the change part of the profile. The profile uses XML language to describe the events and the corresponding actions, thus the expandability of the service improves.

Description

Traffic processing method, apparatus and system of the present application, respectively, claims 17 March 2006, April 26, 2006, May 19, 2006 filed Chinese Patent Application No. 200610067558.7 respectively, 200610077575.9, 200610084351.0 invention names priority "service control method and communication device system" Chinese Patent application, the entire content of which is incorporated by reference in the present application.

Technical Field The present invention relates to communication technologies, and in particular relates to a communication service processing method, apparatus and system. With the development of traditional communications networks, the Internet and mobile communication networks, each network is the inevitable trend of mutual integration, next generation network (Next Generation Network, said the barrel "NGN") is the Internet † to do Conference (Iirtemet Protocol, referred to as " IP ") packet-switched network is a core network, control and bearer, various access technologies coexist, and various existing networks fusion generation networks to meet the needs of future broadband multimedia communications. Packet-switched networks and by having a call connection across the network capacity based on traditional circuit-switched communication network, a gateway apparatus, for example, a media gateway control function (Media Gateway Control Function, said cartridge "MGCF") of the relay gateway, the access gateway having control function (access gateway control function, referred to as "AGCF") access gateway, to achieve interoperability. International Telecommunication Union - Telecommunication Standardization Sector (International Telecommunication Union-Telecommunication Standardization Sector, referred to as "ITU-T") and the European Telecommunications Standards will do ten (European Telecommunications Standards Institute, referred to as "ETSI") is currently using third-generation partnership ^^ project (3rd Generation Partnership project, 'referred to as "3GPP") standard organization to define an IP multimedia subsystem (IP multimedia subsystem, referred to as'' IMS ") architecture as the NGN core network. with packet technology continues to mature, using session Initiation protocol (Session Initiation protocol, referred to as "SIP") as a packet-switched call control signaling network is one of the current trends in technology. SIP is the Internet Engineering task Force (Internet Engineering task Force, referred to as the "IETF") developed NGN the important agreement, is considered one of the core protocols of the IMS, the 3GPP has adopted SIP as determined third generation mobile communication (the third Generation, referred to as "3G ,,) stage all-IP multimedia domain session control protocol. As part of the IETF standards process, SIP was developed to be used to help provide across the Internet (Internet) advanced telephony services, used to create, change and terminate calls between users of IP-based networks. It is the basis of the agreement in a single cylinder mail transfer protocol (Simple Mail Transfer Protocol, referred to as "SMTP") and hypertext transfer protocol (Hypertext Transfer Protocol, tube called 'ΉΤΤΡ ") and other widely used on the Internet set up.

SIP With its simple, easy to expand, easy to implement and many other advantages more and more favored by the industry, the emergence of a growing number of SIP-enabled client software and intelligent multimedia terminals in the market, and implemented SIP server and exchange equipment. Specifically, SIP has points of the client and server: the client refers to an application to establish a connection with the server sends a request to the server; the server is sent a request for providing a service to the client application sending back responses . Which, there are four basic types of SIP Server: User Agent (User Agent, referred to as "UA") server, when receiving the SIP request it to contact the user, and returns a response on behalf of the user; a proxy server, initiates a request on behalf of other clients, both as a intermediary server and as a client program, prior to forwarding the request, it can overwrite the contents of the original request message; redirect server that receives the SIP request, the request and the original addresses are mapped to zero or more new addresses, returned to the client; registration server that receives the registration request of the client, the user to complete the registration address. Users often need to include a terminal program UA UA client and server, proxy server, redirect server and registration server is the public nature of the web server.

SIP message for establishing the session connection, and modify, in a format similar to the HTTP protocol, is divided into a request (the REQUEST) and the response (the RESPONSE) categories. Wherein, the RESPONSE message has a variety of coding, indicating specific responder session acceptance made. The REQUEST message There are six basic types, namely: a call (INVITE), a response to respond (ACK), the removal connection (BYE), halfway to cancel (CANCLE), querying the ability (OPTIONS) and registration (REGISTER .) "in addition, the SIP makers also necessary to define a new type specifically, the INVITE and the ACK for establishing a call to complete the three-way handshake, or to establish a later session attributes change; the BYE to end the session; the OPTIONS used to query the server capacity; cANCEL request to cancel has been issued but not the ultimate end; REGISTER for a client to a server registered location information registered users although the new SIP user terminals will gradually replace the traditional phone terminal, also grouping. exchange trend of the future development of the network, but operators in the packet switching process of building the network, the need gradually to the traditional communication network public switched telephone network (public switched telephone network, drum called "PSTN") / integrated services digital network (integrated Services Digital network, referred to as "ISDN") network transformation, real Existing PSTN / ISDN network to the smooth evolution of NGN. This necessarily requires existing PSTN / ISDN core network using a packet-switched network after the replacement, to retain the terminal conventional PSTN / ISDN network, the user network interface, using experiences and so constant. this applies to packet-switched network transformation and replacement of PSTN / ISDN core network scenario sometimes referred to as PSTN / ISDN emulation (PSTN / ISDN emulation). in the PSTN / ISDN emulation subsystem (PSTN / ISDN emulation Subsystem, referred to as "PES"), but also the use of IMS-based network architecture. Therefore, ITU-T and ETSI under the telecommunications and Internet converged services for today's networks and more than 10 office meeting (telecommunications and Internet converged services and Protocols for Advanced Networking, referred to as "TISPAN") standards organizations have set up research projects relevant standard in this area in the draft TISPAN standard ETSI TS 02030 V <1.2.7> (2005-12) "TISPAN Functional Architecture;. PSTN / ISDN Emulation Subsystem; IMS-based functional architecture (TISPAN architecture function; the PES; IMS-based architecture features ) "Based on the definition given in the PES functional architecture of IMS functional architecture shown in Figure 1, is applied AGCF and the media gateway (Media Gateway, said cartridge" the MG ") and other functional entities to achieve the traditional PSTN to the IMS terminal access adaptation network, while the move to the IMS network application server (application server, referred to as "AS") in the PSTN service control logic. TISPAN standard draft ETSI TS 183 043 V <0.1.8> (2006-02) "TISPAN NGN IMS-based PSTN / ISDN Emulation Call Control Protocols Stage 3 (TISPAN NGN IMS based PSTN / ISDN call control protocol emulation Stage 3) >> also given based on some specific processes to achieve IMS PSTN emulation service definition. PES IMS based, service logic processing by the AGCF done in TISPAN defined. For example, dial tone AGCF request to the management file PES AS, wherein the indication comprises a message indicating a standard tone or tone, etc., when the AGCF indication event message received packet, a message indicating the tone to the dial tone is set according to file management listening to the user picks up the default dialing tone; another example, before an unconditional call forwarding service user registration, after registering successfully, PES aS sends a NOTIFY message to the AGCF, AGCF event packet parsing the NOTIFY message carries, and then based on the dial sound management file is set to a special dial tone after off-hook user to listen to the default dialing tone; another example, the user receives the AGCF hook flash (flash-hook) signal, a need to analyze the current state of the call, in particular, those states are: one call state, a stable two-party call state, a holding state of the two-party call / standby stabilized square and the like. And then to the corresponding play a dial tone, collecting number, transmission number, etc. process. In practice, the existence of the program the following questions: business logic processing on AGCF complex, does not meet the core idea of ​​IMS-based PES development. Main reason for this is that, according to the conventional practical embodiment, the service logic processing AGCF complex, however, in the IMS-based PES, a core idea is to move the PES PSTN services the AS control logic, That is, the process cartridge AGCF, focusing on the idea of ​​processing the PES service the AS, therefore, the present embodiment does not meet the requirements of the core idea of ​​the PES. For example, in multi-party conferencing business, after receiving user flash signal, if the other party user to listen to the conference call announcement, the business logic processing on AGCF will be more complicated.

Further, also defined in TISPAN PSTN / ISDN model business (PSTN / ISDN Simulation Services), it also preclude the use of IMS architecture, services with analog PSTN / ISDN supplementary service features for a SIP terminal, in fact, most of the Simulation Simulation emulation service and similar emulation service, such as caller number display / calling number display restriction service, in the above-mentioned draft TISPAN standard ETSI TS 183 043 V <0.1.8> (2006-02) in the Appendix, to the execution of the service, such as the temporary reservation service requirement PES aS OIR Privacy header field inserted in the invitation from the AGCF invite message it receives, and in the anonymous keyword forward runs from the from field operation. In Simulation simulated business, has a similar source identification display / source identification display restriction service, above the PES AS operation is Simulation Simulation service AS is not provided (refer to draft TISPAN standard ETSI TS 183 007), the operation may be by the SIP terminal yourself. Obviously, the user experience, these two businesses are the same, but according to the above TISPAN current implementation, although business is based IMS network, but the network still need to deploy two types of business AS, wasteful investment.

SUMMARY

Technical problem solved by embodiments of the present invention to provide a communication service processing method, apparatus and system for, processing can be simplified so that the business logic of the communication device.

Another technical problem solved by embodiments of the present invention is to provide an application for the network to reuse good traffic simulation service control apparatus, saving investment.

To solve the above problems, embodiments of the present invention provides a communication service processing method, comprising the steps of:

Get the user's profile, which includes the operating events;

If the operation event is detected, the service logic performs processing according to the configuration file corresponding actions.

Further, embodiments of the present invention further provides a communication service processing apparatus comprising:

Obtaining unit, configured to obtain the user's profile, the configuration file includes an operation event; detection means, coupled to the acquisition unit, for real-time detection profile, if it is detected, the detection result is sent;

A service processing unit, coupled to the detection means, for receiving the detection result, and performs service logic processing according to a preset operation corresponding to the detection result. This evening Bu, embodiments of the present invention further provides a communication service processing system, comprising a communication device and a delivery server configuration; the configuration delivery server, for providing the user's profile, including the operation of the event; said communication device for delivery from the configuration server to obtain the user's profile, if the detected event operation is executed based on the business logic corresponding to the configuration file operation processing. Embodiments of the present invention by obtaining a user profile, and based on the profile of the detecting operation performed by the user event, if the operation of the event is detected in the configuration file, then the corresponding action according to the preset configuration file executing business logic . This operation is performed by a method corresponding to an operation event matching profile, significantly reduces the processing complexity of the SIP UA.

BRIEF DESCRIPTION OF DRAWINGS FIG. 1 is a schematic PES functional architecture of the prior art based on the IMS;

FIG 2 is a flowchart of an embodiment of the present invention, the communication service processing method;

FIG 3 is a communication service control method for a flowchart of a first embodiment of apparatus of the present invention;

FIG 4 is a traffic control method of the second embodiment of the present invention, a flow chart;

The structure of the communication service processing apparatus according to embodiment 5 of the present invention, a schematic view of FIG;

FIG 6 is a schematic structural diagram of the communication service processing system embodiment of the present invention.

detailed description

For 'technical solutions, and advantages of the present invention more clearly, the accompanying drawings and the following embodiments of the present invention will be described in further detail. Please refer to FIG. 2, a flow diagram of the present invention, the processing method according to traffic; the method comprising:

Step S11: obtaining the user's profile, the configuration file includes an operation event;

Step S12: the operation if the detected event is performed based on the business logic corresponding to the configuration file operation processing.

Embodiments of the present invention are delivered by the configuration server according to the user's current business application environment, the user may be given various operations, and a logic description of these operations may cause the operation of the network side, and such an arrangement as described logic It passes the file to the communication device. After the communication apparatus detects an operation event of the user using the profile matching the profile to obtain the corresponding actions described in, and directly perform that action. Wherein the communication device may be provided with an access gateway control function AGCF access device, or as a SIP UA SIP IAD device, but is not limited thereto, and may be other devices, the delivery server may be arranged PES AS Wait. In the following example to illustrate the SIP UA, SIP UA may be received from the user operation event comprises at least one of the following events: Event hook, hook flash event, event or dial hook event. Further, the timeout event may also occur, i.e., when the user completes a next operation event after the event the network side waits for a user's operation, if the user has not performed an action within a specified time, the network will generate a timeout event, e.g., after the user goes off-hook dialing network side waits for a user, start the timer (e.g., 10-second timer), when not receive any user operation event within the timing of the timer, the network side will generate a timeout event, and time-out processing starts; call or after a user enters a steady state (e.g., a call has been established), the network users need to be periodically managed in this state, the network side will generate a timeout event, for example, a user in a call state, network periodically (e.g. every 3 minutes) send accounting signals to the user. As a protection for the session timeout events triggered by the timer and the processing in each event from the user operation and the corresponding processing operation. Therefore, when the timer settings are mainly set the timer and the long time-out processing operation. Wherein the timeout processing operation to be sent to the user indicating the SIP UA, SIP UA sends a message to the network side, to SIP UA own timer settings. Timer settings from the default setting of the SIP UA, it can be from the configuration file. Obviously, the operation event from the user is limited. After the operation event performed by the user according to the user's current business application environment, the operation of SIP UA may perform also be fixed: the user operation event, SIP UA to send an indication user (can not deliver any indication, may be issued simultaneously a plurality of instructions), e.g. listening indication, indicating reversal signal, a signal indicative of the charging punch, other display instruction; SIP UA sends a message to the network side (may not send any message, multiple messages may be transmitted at the same time) ; SIP UA set up their own timer. Specifically, the operation of the SIP UA receives an operation event from a user are performed as follows. Off-hook event processing corresponding to the item comprises at least one of the following: polarity reversal processing items, the charge processing items, signals, tone or voice notification processing items, hotline number entry processing or the like immediately hotline number. Wherein the reverse polarity to the processing operation corresponding to the entry SIP UA reversal signal sent to the user; ^ The charge processing "is an operation for the SIP UA to send the user charging signal, such as 16K Hz pulse signal, pulse signal antipodal and the like; tone or voice notification process corresponding to the entry operation for the SIP UA to the signal tone or voice issued user notification, or SIP UA initiates a call to the specified tone resource; hotline number or immediate hotline number processing item corresponding to the action is a SIP UA initiates call, for example, sending a SIP INVITE message. hookflash event processing corresponding entry also includes a signal tone or voice notification processing items, further comprising a holding process item, item recovery processing and the like, or may be any combination thereof. wherein the processing item retaining corresponding action is a SIP UA to send a session description protocol user (session description protocol, cartridge called "SDP"), transmits SDP is kept issued operation to the peer, e.g., transmits SIP re-INVITE (re-initiate a call) message; the recovery operation process corresponding to the entry, the same, for example, sending a SIP to SIP UA sends to the peer SDP hair recovery operation of the recovery operation of the SDP, the user or . UPDATE message or SIP re-INVITE message hook event processing corresponding items include: release process item, item transfer process, or any other combination wherein the processing item corresponding to the release operation to release the call is SIP UA, e.g., send BYE. message; transfer process corresponding to the entry operation for the SIP UA to two users and associated call forwarding to a call, for example, sending SIP REFER (reference) message configuration item corresponding to the event dial comprises: the dial Paradigm item processing process. item and a tone or voice notification processing terms, numbers rule configuration items etc. among them, the number rule configuration item corresponding to the operation of SIP UA collected dialed by a user initiated after all call operation. the operation of the comparison special beads, both after the user dialed number can collect all the numbers transmitted by the call initiated an operation to PES aS, for the corresponding service processing by the PES aS according to this number may be performed corresponding to the processing by the SIP UA directly from the dialed number . wherein the outgoing traffic comprises service, supplementary service activation, supplementary service data manipulation. If the dialed number indicates the supplementary service activation, or supplementary service data operation, the number rule configuration corresponding action item includes the requested action (e.g., sending SIP SUBSCRIBE message), data manipulation operation (such as sending HTTP / XCAP message), the release operation, holding operation, a recovery operation and so on.

Thus, the configuration file is generated according to a user operation event and the corresponding processing operation is feasible. After a number of experiments and validation summary, the present invention is given XML Schema file conforms to the above description, the use of the XML Schema file can define the structure of the configuration file, the content profile constraints. XML Schema document reads as follows:

<? xml version- 1 1.0 "encoding = 1, UTF-8"?>

<Xs: schema xmlns- 'urn-.ietfiparamstxmliprofile "xmlns: xs =" http://www.w3.org/2001 X LSchema "

targetNamespace = "urn: ietf: params: xml: profiIe" elementFormDefaulfqualified "attributeFormDefault =" unqualified ">

<Xs: element name = "profile">

<Xs: complexType>

<Xs: sequence>

<Xs: element rei == "offhook" minOccurs = "0" />

<xs: element ref = M hooking "minOccurs =" 0 "/>

<Xs: element ref = "dial" mmOccurs- '0 "/>

<Xs: element ref = "onhook" minOccurs = "0" />

<Xs: element name = "timer" type = "tTimer" minOccurs = "0'7>

.

. >

baurit Axs: ue>

namen

<Xs: attribute name = "requestURI" type- "xs: anyURI" use = "optionaI" /> <xs: attribute

</ Xs: complexType>

</ Xs: element>

<xs: element name = ,, to -user ">

<Xs: complexType>

<Xs: sequence>

<Xs: element ref = "pulse-info" minOccurs = "0" /> <xs: element name = "FSKbody" type = "xs: string" minOccurs = "0" /> <xs: element name = "Tonetype" type = "xs: string" minOccurs = l, 0'7> </ xs: sequence>

<Xs: attribute name = "needed" type = "xs: boolean" use- 'required "/> <xs: attribute

<Xs: simpleType>

<Xs: restriction base = "xs: string">

<Xs: enumeration value = "tone'7>

<xs: enumeration value = ,, FSK "/>

<Xs: enumeration value- 'xal-Ias "/>

<Xs: enumeration value = "pulse'7>

</ Xs: restriction>

</ Xs: simpleType>

</ Xs: attribute>

<Xs: attribute name = "timelengh" type = "xs: integer" use = "optional> </ xs: complexType>

</ Xs: element>

<Xs: complexType name = "tTimer">

<Xs: sequence>

<xs: element name = "timerlength " type = "xs: integer" minOccurs = "0'7> <xs: element ref =" timeoutaction "minOccurs = n 0" /> </ xs: sequence>

<xs: attribute name = "startup " type = ,, xs: boolean "use =" required "/>

</ Xs: complexType>

<Xs: element name = "dial-pattern">

<Xs: complexType>

<Xs: sequence>

<Xs: element name- 'flush "minOccurs =" 0 ">

<Xs: cornplexType>

<Xs: simpleContent>

<Xs: extension base- 'xs: string ">

</ Xs: simpleContent>

</ Xs: complexType>

</ Xs: element>

<Xs: element name = "regex" maxOccurs = "unbounded">

<xs: complexType mixed = ,, true ">

<Xs: choice>

<Xs: element name = "pre" minOccurs = "0">

<Xs: complexType>

<Xs: simpleContent>

<Xs: extension base = "xs: string> </ xs: simpleContent>

</ Xs: complexType>

</ Xs: element

</ Xs: choice>

<Xs: attribute name = "cleanup" type = "xs: boolean" use = "optional'V> <xs: attribute name =" method "use =" optional ">

<Xs: simpleType>

<Xs: restriction base = "xs: string"> <xs: enumeration value = "invite'7>

<Xs: enumeration value ~ "infomation" />

</ Xs: restriction>

</ Xs: simpleType>

</ Xs: attribute>

<Xs: attribute name = "tone" type = "xs: string" use = "optiona '/>

<xs: attribute name- 'newRequestURI " type-' xs: anyURI" use = "optionar7> <xs: attribute name =:" tag "type =" xs: string "use =" optional "/>

<Xs: attribute

</ Xs: complexType>

</ Xs: element>

</ Xs: sequence>

<Xs: attribute name = "persist" use = "optional">

<Xs: simpIeType>

<Xs: restriction base = "xs: string">

<Xs: enumeration value = "one-shot" />

<Xs: enumeration value = "persist" />

<xs: enumeration value = "single -notify, 7>

</ Xs: restriction>

</ Xs: simpleType>

</ Xs: attribute>

<Xs: attribute name ^ "interdigittimer" type = "xs: integer" use = "optiona 7>

<Xs: attribute

<Xs: attribute name ^ '^ xtradigittimer "type =" xs: integer "use =" optionar7>

<Xs: attribute

<xs: attribute name = M longrepeat "type =" xs: boolean "use =" optional "/>

<Xs: attribute name = "nopartial" t pe = "xs: boolean" use = "optional" />

<xs: attribute name =, enterkey "type =" xs: string n use = "optional" />

</ Xs: complexType>

〇7〇maxv- <xs: element name = "Pulse-repetition-intervar 'type =" xs: integer'7>

<xs: element name- 'AX- PCCr 1 type = "xs: integer" />

<Xs: element name = "REPX" type = "xs: integer'V>

<Xs: element

<Xs: element name = "PCN" type = "xs: integer" />

<Xs: element name = "CI" type = "xs: integer" />

<Xs: element name- 'PD "type =" xs: integer'7>

</ Xs: sequence>

</ Xs: complexType>

</ Xs: element>

</ Xs: schema> In order to facilitate understanding of the skilled in the art, in conjunction with the following specific embodiments of the present invention will be described. Refer to FIG. 3, a flowchart of a communication service processing method according to the first embodiment, wherein the communication device to an example SIP UA, the user of a conventional end-user of the present invention. In step 301, after the user registration, SIP UA delivery server configured to send the SIP SUBSCRIBE message requesting current configuration file in the user service environment, including operating events and corresponding actions. In step 302, the configuration information of the server returns delivery confirmation request, and generates a profile of the user subscription data according to the user's current business applications and environments. SIP UA process described in the configuration file at the current service application environment of the user off-hook, hook flash, on-hook dialing and operation of the network-side processing operation. Wherein the off-hook operation processing to send to the user a dial tone, dial a given Paradigm yield

In step 303, delivery server configured to carry the user profile through a NOTIFY message, and sends the message to the SIP UA. In step 304, SIP UA returns an acknowledgment message received NOTIFY message. In step 305, the user goes off-hook, off-hook event reported to the SIP UA. In step 306, SIP UA detected off-hook event of the user, according to the off-hook event, a matching profile, and the operation of the dial tone played to the user according to the matching result. This operation is performed by a method corresponding to an operation event matching profile, significantly reduces the processing complexity of the SIP UA. After step 307, the user hear a dial tone, dial can. The event is also reported to dial SIP UA through the terminal. After step 308, SIP UA dialing a given digit collection paradigm based on the profile, when the user dials dial paradigm exact match, SIP UA profile dialing paradigm described by exact match, according to the dial event invitation performed. In step 309, SIP UA profile according to an instruction transmitted to the network side of the message, including the message type and destination address, such as the type of message SEP INVITE, message destination address is the address hot AS, SIP UA transmits namely hot AS SIP INVITE message registration hotline. In step 310, PES AS returns the registration hotline to the SIP UA response message of success. Thereafter, if the user change the current business application environment, the configuration delivery server will generate a new configuration file. In step 311, the configuration server a NOTIFY message delivery request according to the SIP UA user profile, is changed to SIP UA send events, and through the message, transmitting the current user's profile to the SIP UA. For example, in the new configuration file describing the current SIP UA user off-hook event processing operation executed to send dial tone to the user, and starts the timer 5 seconds, within which time if the user does not dial the timing, then the user stops feeding sound, and sends a SIP INVITE message to the registered hotline number, for example, the registered number is 86-10-88886666 hotline. In step 312, SIP UA to change notification received return confirmation. In step 313, the user goes off-hook operation again, the same operation event is reported to the SIP UA. In step 314, SIP UA event matching operation is performed according to the updated configuration files, according to the matching result, and when the user starts to play dial tone is 5 second timer. In step 315, if the timer expires, the user not dial, according to the configuration file, the SIP UA to send audio to the user is automatically stopped, and the enable hotline service hotline number to registered users, for example, registered 86-10 -88,886,666 initiate a call. The above-described embodiment, the method of the SIP UA profile obtained from a SIP UA server is a configuration server to configure the delivery request configuration, the server arranged to deliver a notification message in the event (a Notify) to the SIP UA carrying profile. In fact, you can configure the server to deliver proactive notification profile to the SIP UA, such as user business application environment changes lead to changes in its configuration file, configuration delivery server sends SIP PUBLISH publish messages or send SIP INPO message to the SIP UA, and carrying the user's profile in the message; Another example is when traffic is configured to deliver good month positioned session signaling route, the delivery server can configure the response message carries a user profile of the SIP to the SIP UA, such as message 183 response code , messages, response code 200, the delivery server may also be configured preclude refresh the user in this way to the profile SIP UA; Again, SIP UA can also HTTP interface, even a custom interface to obtain profile from the delivery server, through these interfaces, SIP UA requests the profile server may be delivered to the configuration, the server may be configured to deliver the active notification profile to the SIP UA. And these methods are equally applicable to the present invention, in other embodiments, the delivery server SIP UA profile obtained from the configuration. In addition, SIP UA may also be set as a group number of the user to the configuration server requests delivery configuration to avoid delivery server configured to initiate multiple requests, these users can share the same profile. Referring again to FIG. 4, a flowchart of a communication service processing method of the second embodiment of the present invention, as shown in step 401, the user has a message indicator 4, therefore, the user changes the current business application environment, the configuration delivery the server will update the current user's profile. The SIP UA of the request of the configuration file, the configuration server a NOTIFY message delivery to the SIP UA to send events, and carrying parts of the profile changes, e.g., in the current business environment, applications, user-hook event corresponding SIP UA is a user action transmitting a message indication signal tone. By the configuration delivery server only Burgundy, according to changes in the business environment to update the current user profile and notify the requester of the profile SIP UA new profile or notification only change parts of the configuration file so that the SIP UA process is simplified, and can adapt to changes in the business environment. In step 402, SIP UA to the configuration server returns delivery confirmation of message receipt OTIFY. In step 403, the user goes off-hook, off-hook event reported to the SIP UA. In step 404, SIP UA profile matches, the event picking machine according to the process described in the configuration file, sending a message directly to the user indicating tone. Traffic processing method of the above-described embodiment is applied to PES, wherein, SIP UA may send a message to the network by SIP or HTTP, and the message sent to the network through a SIP message comprises a SIP INVITE, SIP REFER message, SIP SUBSCRIBE message, SIP UPDATE messages.

See also FIG. 5, a schematic structure of the present invention, the communication service processing apparatus according to embodiments, the apparatus comprising: an acquisition unit 51, detecting unit 52 and the service processing unit 53. Wherein the acquiring unit 52, configured to obtain the user's profile, the configuration file includes an operation event; the detecting unit 52 connected to the acquisition unit 51, for real-time detection profile and send the profile to the measured detection result; the service processing unit 53, the detection unit 53 is connected to receive the detection result, and a corresponding operation according to the presetting of the detection result of service logic processing is performed.

The device functions and effects are detailed in the respective units each of the above method steps are not repeated here. Referring again to FIG. 6, a schematic structural diagram of the service processing communication system according to the present invention, as shown in FIG. 6, comprising: a legacy terminal (i.e., user) 61, a delivery configuration that works to monthly communication device 63 and to SIP user agent 62 (SIP UA), for example, but not limited thereto. Traditional terminals 61 and 62 connected to the SIP user agent via the interface E1, and the SIP user agent 62 and configuration of the delivery server 63 is connected through an interface E2. Wherein, the delivery server 63 arranged to provide the user's configuration file, the configuration file includes an operation event; the communication device 62, for delivery to obtain the user profile from a server in the configuration, if it is detected operational event in the configuration file, the service logic performs processing according to a preset operation corresponding to the configuration file. Specifically, the delivery server 63 configured to provide a user profile according to the subscription data and the service application environments, including operation events.

Is used to configure the SIP UA62 delivery server 63 acquires from the user's profile, the detecting operation performed by the user event, if the event is detected the operation in the configuration file, the processing corresponding to the operation according to the preset configuration file execute business logic. According to the embodiment of the method and system, realized by service profile comprising: a hot line service, the user listen arrears arrears hook tone, the user has a new message to listen to a message indicating the off-hook tone, abbreviated dialing, the user picks the group group dialing hear the second dial tone, beat cross processing. For immediate hotline service subscribed by the user, for example, the hotline number is "abcd@home.com", preclude the profile described in XML as:

<? Xml version = "1.0" encoding = "UTF-8"?>

<ProfiIe xmlns = "urn: ietf: params: xml: proflle" version- Ό "state =" fuH ">

<Offhook allow = "true">

<To-network needed = "true" method ^ "invite" requestURI = "abcd@home.com" />

<To-user needed = "false'7>

<Timer startup = "false" />

</ Offhook>

<Hooking allow = "false'7>

<dial allow = "false M / >

<Onhook allow = "false" />

</ Profile> This configuration is described in XML as: SIP UA before the user is not only processes the user's off-hook off-hook operation, after the user goes off-hook, and immediately sends a SIP INVITE message to the address "abpd@home.com".

When the SIP UA registered successfully received the confirmation message to the user, the server delivering the active profile (Profile) by requesting the user to configure the SIP SUBSCRIBE message. Configuring the delivery server according to the user subscription data, the current user query subscription service hotline, which is a hotline number "abcd@home.com", generates the profile, or a user after a successful registration hotline services, which service application environment has changed , carrying the delivery server configuration profile NOTIFY message sent to the SIP UA. In this profile, as "configuration identification," the "profile" extension MIME media type, MIME media types which can be defined as follows:

Media type name: application

Media subtype name: profile + xml

Required parameters: none Encoding scheme: XML Extended event package defines the "profile" the user (for Subscriber) NOTIFY message for transmission to the requesting profile. Name (event-package token name) this extension package represents the event: "profile", the extended event package other parameters undefined. In this event the extended packet, the requesting configuration message SIP SUBSCRIBE Event header field of the NOTIFY message carries configuration or the Event header field as follows: Event: profile; user arrears, arrears hook listening sound, and does not allow the user exhaled business, using XML configuration files are:

<? Xml version = "1.0" encoding = "UTF-8"?>

<profile xmlns = "um: ietf : pararas: xml: profile" version = "0" state = "full, r>

<Ofihook allow = "true">

<To-network needed = "true" method = "invite" requestURI = "arrearage-toneMRFC@example.com'7>

<To-user needed- 'alse' '^

<Timer startup = "true">

<Timerlength> 30000 </ timerlength>

<Timeoutaction>

<to-network needed- 'true 1 ' method = "bye" requestURI = "arrearage-toneMRPP@example.com ,, />

<To-user needed = "true" type = "tone">

<Tonet pe> busy-tone </ tonetype>

</ To-user>

<timer startup = "true n>

<Timerlength> 60000 </ timerlength>

<Timeoutaction>

<To-network needed = "false" />

<To-user needed = "true" t pe = "tone">

<Tonetype> howling-tone </ tonet pe>

</ To-user>

</ Timeoutaction> </ timer>

</ Timeoutaction>

</ Timer>

</ Offhook>

<Hooking allow = "false7>

<Dial aIlow = "false" />

<Onhook allow = "false" />

</ Profile> XML description of this configuration is: when the user lifts the handset, SIP UA sends a SIP INVITE message should be to control the media resource request arrears sound resources, "request-U T is the SIP INVITE message specified in arrears sound resource identifiers "arrearage-toneMRPC@example.com". then, SIP UA arrears playback sound to the user, if no other user operated within 30 seconds, SIP UA to the media resource control tone sends a BYE message to release the resources, replaced by the user terminal to the user to put the busy tone. length is 60 seconds when placed busy tone timeout change put howling sound. picks up the phone to listen to the arrears tone, configuration delivery server to a SIP UA by NOTIFY message profile send an updated, wherein the listening when describing the sound arrears, if the user hangs up, the release arrears sound resources are as follows:

<? xml version = "1.0" encoding- ,, UTF-8 "?>

<Profile xmlns = "urn: ietf: params: xml: profile" version = "0" state = "full">

<Offhook allow = "false>

<Hooking allow = "false'7>

<Dial aIlo = "false" />

<Onhook allow = "true">

<to-network needed = "true " method = "bye" requestURI == "arrearage-toneMRFP@example.com ,, />

<to-user needed = "false , 7>

<Timer startup = "false" />

</ Onhook>

</ Profile> For Group (Centrex) calling service users, the other users within the group of users can call group, the group call may be, but with different dialing rules. For example, users within a user group call, dialing rules for the beginning of the four numbers 7, out of a group call, the group prefix is ​​0, the second dial tone sending dial 0, and deletes the prefix; users dial, said number End dialed; no other user services, the normal off-hook hearing dial tone. Using XML configuration files are:

<? xml version = "1.0" encoding = M UTF-8 '*?>

<profile xmlns = :: "urn: ietf: params: xml: profile" version = "0" state = "full">

<offliook allow = H true ">

<To-network needed- 'false "/>

<To-user needed = "true" type = "tone">

<Tonetype> diaI-tone </ tonetype>

</ To-user>

<Timer startup = "true">

<Timerlength> 60000 </ timerlength>

<Timeoutaction>

<To-network needed = "false" />

<To-user needed = "true" type = "tone">

<Tonetype> busy-tone </ tonetype>

</ To-user>

<Timer startup == "true">

<Timerlength> 60000 </ timerlength>

<Timeoutaction>

<To-network needed = "false" />

<To-user needed- 'true "type =" tone ">

<Tonetype> howling-tone </ tonetype>

</ To-user>

</ Timeoutaction>

</ Titner>

</ Timeoutaction>

</ Timer>

</ Offliook> <hooking alIow = "false" />

<Dial allow = "true">

<Dial-pattern enterke = "#">

<Regex tone = "second-dial-tone" tag = "centrexout"> 0 </ regex>

<Regex method = "invite" tag = "centrexin"> 7 [x] [x] [x] </ regex>

</ Dial-pattern>

</ Dial>

<Onhook allo = "false" />

</ Proflle>

Wherein, in the tag <offhook> †, the operation described currently executed processing hook event SIP UA, attributes allow = "true" describe this allows the processing hook action; tag <to-user> describing the current operation to a user to send tones ( type = "tone"), the sound transmission type dial tone (<tonetype> dial-tone </ tonetype>), sending 60000ms (<timerlength> 60000 </ timerlength>); label <dial> in describing the current SIP UA an operation performed when processing dialing events, properties allow = "tme" describe this allows the processing dialing operation; tag <dial-pattern> description currently allowed dial dial paradigm properties enterkey = "#" means that when a user dials "#" represents After the number has been dialed, the user can dial 0 group can dial the number of four group head 7. When the user dials prefix 0 group, secondary dial tone to the user to send (tone = "second-dial-tone"), and when the user finishes dialing the group number at the beginning of four 7 using SIP INVITE (method = "invite") transmits the message number to the serving call session control function entity.

For a user registered in the abbreviated dialing call service, for example, a user calls "mary@example.com", need only dial the abbreviated number "* 11." Configuring dial-up delivery server paradigm in the configuration file to the user may carry information: When using abbreviated dialing service, call, SIP UA only Burgundy, according to the configuration file automatically dial a call paradigm of "mary@example.com" of request. Using XML configuration files are:

<? Xml version = "1.0" encoding = "UTF-8"?>

<Profde xmlns = "um: ietf: params: xml: profile" version = "0" state = "full">

<OfSiook allow = "true">

<To-network needed = "false" />

<To-user needed = "true" type = "tone" /> allow

/ Dial <>

<

<

</ Ouster <> - </ profile> wherein the tag <offhook> hook event associated off-hook event of the calling service users described above in the same group (Centrex), is not repeated here; label <dial> described in the current paradigm allows the dial, the user can call a local number beginning with the digits 2878, may be used abbreviated dialing service, a call "** n". When a user dials a call "** ιι", SIP UA initiates dialing paradigm according to the profile attribute newRequestU I = "mar @ example.com" of the SIP INVITE (method = "invite") message. For users in a hook flash event at the session state, for example, the current user "abcd@home.com" and another user "mary@example.com" in the session, the user can initiate a new call by hook flash operation. After the operation the user performs the hook flash, SIP UA need to peer transmit tone, to this end provides the special dial tone. ML described using the configuration file:

<? Xml version- '1.0 "encoding ^" UTF-8 "?>

<profile xmlns = "urn: ietf : params: xml: profile" version = "0" state =, r fuH ">

<O £ fhook allow = "faIse'7>

<Hooking allow = "true">

<to-network needed = n true "method =" update n requestURJ = "mary@example.com" message- 'a = inactive'7>

<To-user needed = "true" type = "tone">

<Tonetype> special-dial-tone </ tonetype>

</ To-user>

<Timer startup-'true ">

<Timerlength> 60000 </ timerlength>

<Timeoutaction>

<to-network needed = "ti'ue " method = "update ', requestURI =" mary@example.c0m M

message = = ,, a = sendrecieve " />

<To-user needed = "false" />

</ Timeoutaction>

</ Timer>

</ Hooking>

<dial allow = "faIse, 7 > <onhook allow =" true ,,>

<To-network needed = "true" method = "bye" requestURI = "mary@example.com" />

<To-user needed ^ 'alse' '^

</ Onhook>

</ Profile>

Wherein, in the tag <hooking> is described the currently executing processing hookflash event SIP the UA, attributes allow = "true" describes the current allows the processing hookflash operation; tag <to-network> Description current hookflash the SIP UA to the network-side action as sends an UPDATE message (method = "update"), and held (HOLD) for the end (message = "a = inactive"); tag <to-user> describes a user to send tone (type = " tone ") operation, sending a special dial tone tone type (<tonetype> special dial-tone </ tonetype>), sending 60000ms (<timerlength> 60000 </ timerlength>) 0 If a timeout does not receive a user performs a call recovery operation, an UPDATE message to the sending peer call recovery; and the tag <onhook: ^ if said user performs hookflash operation, SIP UA sends a BYE message to the end user to end the current session. After the user hookflash operation, sends an UPDATE message to (or re- INVITE) for holding the end of the end, arranged to update the delivery server using the NOTIFY message to the user's profile, which describes the current user if the forks make another call recovery operation is performed . Dial-up users initiate a new call. Bian profile described in XML as:

<? xml version- '1.0 H encoding = "UTF-8"?>

<Profile xmlns- 'urn: ietf: params: xml: profile "version =" 0 "state =" full ">

<Offhook allow == "false7>

<Hooking allow = "true">

<to-network needed- 'true " method-' update" requestURI- "mary@example.com M message =" a = sendrecieve'7>

<To-user needed = "false" />

<Timer startup = "false'7>

</ Hooking>

<dial allo = "true n>

<Dial-pattern enterke = "#">

<Regex method = "invite" tag = "local"> 287 [x] [x] [x] [x] [x] </ regex> </ dial-pattern>

</ Dial>

<Onhook allow = "true">

<to-network needed = "true " method = "bye M requestURI = ,, mary@example.com" />

<To-user needed = "false" />

</ Onhook>

</ Profile> wherein, in the tag <liooking> is described the operation of this resume call handling dial event SIP UA: SIP UA sends an UPDATE message to the remote user to retrieve a call; label <dial> is described by the SIP an operation performed when processing dialing event the UA, properties allow = "true" describe this allows the processing dialing operation; tag <dial-pattem> description currently allowed dial dial paradigm properties enterkey = "#" indicates when users dial represents the number has dialing. It allows the user to dial numbers beginning 287 8-bit, if the user dials such numbers, using SIP INVITE (method = "invite") message to initiate a call to that number. For users with the temporary reservation caller ID restriction service, the user goes off-hook dialing "* 62 called number ', the number and configuration files that have been obtained AGCF user dialed matches the processing described according to the configuration file paradigm dial dial event to give the action to be performed, this request sending invite request message, the message will invite the user request "called number" dialed into request-URI (· clear request - uniform resource identifier) ​​in the form of a tel URL, carrying Privacy header field set to "header", in the From field forward runs anonymous keyword.

The AGCF invite message sent to the network, for the network, the SIP invite message is a terminal device as the application server using analog traffic simulation, process simulation can be reused for the analog traffic; the PES subsystem services, thereby saving investment. Using XML configuration files are:

<? Xml version = "1.0" encoding = "UTF-8"?>

<profile xmlns = "urn: ietf : params: xml: profile" xmlns: xsi = '' http:. // www w3.org/2001/XMLSchema-instance '1

xsi: schemaLocation = "um: ietf: params: xml: profile: \ XML \ profile \ ppptest, xsd" state = "full" version = "0">

<Offhook allow = "true"> <to-network needed = "false" />

<To-user needed = "true" t pe = "tone" timelengh- '60000 ">

<Tonetype> special-dial-tone </ tonetype>

</ To-user>

<Timer startup = "false" />

</ Offhook>

<Hooking allo = "false" />

<dial allow ^ true 1 '

<Dial-pattern>

<Regex method = "invite" special = 'Travicy: header; From: & quot; Anonymous & quot;

& lt; sip: ationymous@anonymous.invaUd&gt; " cleanup =" true M tag = "temp-OIR">: i 62 </ regex>!

</ Dial-pattern>

</ Dial>

<onhook allow = M false "/ >

</ profile> wherein the dial is given Paradigm "* 62", when the user dials "62 *", "* 62" is removed from the buffer number (C l eanUP = "tme" ), continued to receive the user the dialing field Pravicy insertion head of the user initiating the call: eader and From: "Anonymous" <sip:. anonymous @anonymous invalid>

The symbol <> "escape character replacement) to invite (me th.d = V it e ") request.

SIP UA to send accounting signals to the user, according to the configuration file delivery server configured to transmit billing information related to SIP UA profile may be carried in the number of simple pulse signals, it may also include more complex charging rule, the Enable Meter type (start automatic periodic pulse type), Meter pulse burst type (type of metering pulse burst), Phased Meter type (period distinguished by charging type) and the like, charging rules describe the time, rate, etc. element, the SIP UA in accordance with the charging rule, the charging pulse is sent to the user. After the user enters the following description of a call state, SIP UA send periodic metering pulse in the embodiment, to transmit the charging rules embodiment in the configuration example. In the prior embodiments, with reference to ITU "H.248.26" Automatic Meter extended protocol event package (amet), amet defined in the package for the signal transfer pulse charging information, set out below charging rules different parameters: parameter Phased Meter type (period distinguished by charging type) charging rules

• PM-Pulse-repetition-interval (pulse interval, in milliseconds)

• PM-MAX PCCI (within Maximum pulse count per charge interval billing interval of the maximum number of pulses)

• PM-REPX (repetition of Max PCCI, with the greatest number of metering pulse preclude accounting interval)

• PM-MIN PCCI (Minimum pulse count per charge interval billing interval of the maximum number of pulses)

• PM-PCN (repetition ofMin PCCI, using the minimum number of metering pulse charging interval)

• PM-CI (charge interval billing interval in seconds)

(When the phase duration of each charging period is long, in seconds) • PM-PD, corresponding to the above parameters H.248amet packet EM, MBP, PM signal and the signal parameters are also the same meaning, specifically with reference to the H.248.

Parameter Enable Meter Type (start automatic periodic pulse type) charging rules

• EM-pulse-count (the number of pulses per time issued interval)

• EM-Pulse- repetition-interval (EM PC issued the event interval)

Parameter Meter Pulse Burst Type (type of metering pulse burst) charging rules

• MPB-burst-pulse-count (number of red disposable issued Wing)

• MPB-Pulse-repetition-interval (the interval between event pulses) for calling the user is in a stable state, the timer is configured to send SIP UA, to the charging rules described conventional pulse charging terminal in the timer, described in XML the configuration file is:

<? Xml version = "1.0" encoding = "UTF-8"?>

<Profile mlns = "urn: ietf: params: xml: profile" xmlns: xsi = "http:. // ww w3.org/2001/XMLSchema-instance"

xsi: scliemaLocation = ', um: ietf: params-.xml: profile, .VXML \ profile \ ppptest.xsd "state-' full" version = "0">

<Offlioolc allo = "false" />

<Hooking allo = "false" />

<Dial allow = "faIse" />

<Onhook allow = "false" />

<Timer startup = "true">

<Timerlength> 60000 </ timerlength> <timeoutaction>

<To-user needed "" true "type =" pulse ">

<Pulse-info>

<PM>

<Pulse-repetition-interval> 3 <Pulse-repetition-interval>

<MAX-PCCI> 0 </ MAX-PCCI>

<REPX> 0 <REPX>

<MIN-PCCI> 0 </ MIN-PCCI>

<PCN> 0 </ PCN>

<CI> 60 </ CI>

<PD> 60 <PD>

</ P>

</ Pulse-info>

</ To-user>

<To-network needed = "false'7>

</ Timeoutaction>

</ Timer>

</ Profile> arranged delivery server when the user enters a call mode, the configuration file can be sent by a SIP UA response to the message (response code 200), the SIP UA receives and parses the XML configuration described above, every 60 seconds <timerlength> 60000 < issued charging pulses within 3 / timerlength>), and according to rules issued continuously metering pulse to the user during a call. In the above-described embodiments, SIP UA receives the configuration file is parsed after the detected event timer operation, and perform a corresponding action, a timer is started. Of course, there may be defined a "no operation ,,, represents unconditional (no specific operational event triggers) perform the corresponding operation. In the present invention, other embodiments, SIP UA profile may be received after parsing the operation event to be detected, and the user operation event to the received match to perform a corresponding action. general, SIP UA profile after receiving, parsing may not immediately, but the detection after a user operation event to the received operation event and profile set to match, if match is found, the corresponding action is performed. Furthermore, the SIP UA send accounting signals to the user based on the profile, there is a implementation, operation event configuration files set in a SIP message will be received by the user, i.e. the user enters the call state response message, the SIP UA receives the configuration file, parses the operation event, receiving the response to the message corresponding to the operation performed; or after receiving the response message match the configuration file and performs the corresponding operation. The operation of the above embodiment may be preset in the configuration file, or preset in the SIP UA, such as the program code. In addition, embodiments of the present invention in the configuration file of each service is described in an XML Since extensibility of XML, such that the scalable service. to those of ordinary skill in the art readily appreciate, however, each of the service profiles may be employed is described in other languages, it may be made in receiving the SIP UA profile after interpreted event matching and action execution operation, the spirit without departing from the scope of the present invention. embodiments of the present invention, the delivery server (profile delivery server) like a network from the configuration by a communication device (such as SIP UA) entity obtains user profile, and detects the operation performed by the user event based on the configuration file, the configuration file if the operation event is detected, a corresponding operation is performed in the configuration file according to a preset service logic processing. this configuration file by matching the method of operation event to perform the corresponding operation, greatly reduce the processing complexity of the SIP UA At the same time, by matching the SIP UA profile, so that the operation sent to the network, and the SIP terminal device can perform an action similar business issued by exactly the same, so that the SIP UA in the same business processing, analog processing can reuse the service network application server devices that process analog business application server device may also simulation as a public switched telephone network / integrated services digital network subsystem service, saving network investment. delivered by the configuration server to update the current user profile based on changes in the business environment, and inform SIP UA corresponding new profile or change notification only part of the profile, so that the SIP UA process is simplified, and can adapt to changes in business environment.

Configuration file using XML language to describe the operation of the event and the corresponding action, scalability, business is strong. Although the present invention has already started been shown and described by reference to certain preferred embodiments of the present invention, but those of ordinary skill in the art should be understood that various changes may be made thereto in form and detail without departing from the the spirit and scope of the invention.

Claims

Rights request
1. A communication service processing method, comprising the steps of:
Obtaining the user's profile, the configuration file includes an operation event;
If the operation event is detected, the service logic performs processing according to the configuration file corresponding actions.
2. Communication traffic processing method according to claim 1, wherein the corresponding action preset in the communication device or profile.
The communication service processing method according to claim 2, wherein the communication device delivery server obtains the user's profile from the network side.
4. The communication service processing method according to claim 3, wherein said communication device obtains the user's profile for the process:
The delivery server communication device requesting the user profile to the user after the configuration register;
The configuration message delivery server upon receipt of said communication device transmits a request message requesting the user's profile, and transmits to the communication apparatus carrying the profile.
The communication service processing method according to claim 4, wherein, when a user initiated configuration change, the configuration good month delivery service generates a new service according to the user's current application environment of the user service application environment changes user profile, and sends it to the communication device.
The communication service processing method according to claim 5, wherein, when the change in the user's business applications environment again when the user initiated configuration change, the configuration on the delivery of a notification server notifies the communication device after the configuration part of the change file.
The communication service processing method according to claim 3, wherein said communication device obtains the user's profile, the user profile for the current parsing; or
After the communication device obtains the user profile and detecting an operation event, the current profile corresponding to the user operation analyzing event, perform a corresponding action.
The communication service processing method according to claim 7, characterized in that the method is applied to the Public Switched Telephone Network PSTN / Integrated Services Digital Network ISDN emulation subsystem; wherein said communication device is a SIP user proxy.
The communication service processing method according to claim 7, characterized in that the operating event configuration file comprises at least one of the following:
Hook events, dial-up event, the hook flash event, hook event, a timer timeout event or session initiation protocol message;
The operation corresponding to an operation event comprises at least one of the following:
Send message to the network, the user transmits an instruction signal or timer setting.
The communication service processing method according to claim 9, wherein said instruction signal transmitted to the user includes at least one of the following:
Tone sent to the user, to send the user reversal signal, charging signal, the display signal, to maintain or restore.
11. The communication method of service processing according to claim 9, wherein said communication device transmits a message to the network side through a session initiation protocol or a hypertext transfer protocol, wherein the message transmitted to the network side via a Session Initiation Protocol comprising at least one of the following:
"Invite Invite" message "Submit Refer" message, "scheduled subscribe" message "Subsidiary ΒΥΈ" message, or "Update Update" message.
The communication service processing method according to claim 2, characterized in that said service comprises:
Hotline service, users listen arrears arrears hook tone, the user has a new message hook hear a message indicating the tone, abbreviated dialing, group dialing picks up the phone to listen to a group of secondary dial tone, beat fork processing, network users issued charging signal, PSTN / ISDN emulation services, or PSTN / ISDN analog service.
The communication service processing method according to claim 2, characterized in that, the profile described by the Extensible Markup Language operating events and their corresponding actions.
14. A communication service processing apparatus, characterized by comprising:
Obtaining unit, configured to obtain the user's profile, the configuration file includes an operation event; detection means, coupled to the acquisition unit for real-time detection of the profile, and transmits the detection result of the detection to the operation of the event;
A service processing unit, coupled to the detection means, for receiving the detection result, and performs service logic processing according to a preset operation corresponding to the detection result.
15. A communication service processing system, wherein the delivery server and comprising a communication device disposed; wherein,
The delivery server configured for providing the user's profile, the configuration file includes an operation event;
The communication device for delivery server to obtain the user's profile from the configuration, if the operation event is detected, the process according to the corresponding operation of the configuration file execute business logic.
The communication service processing system according to claim 15, wherein the configuration of the data delivery server only Gen subscription data and service application environments of the user profile.
The communication service processing system according to claim 16, wherein said communication device is a SIP user agent.
The communication service processing system according to claim 16, wherein the SIP user agent or a SIP access device IAD as an access gateway control function.
PCT/CN2007/000437 2006-03-17 2007-02-08 A method, apparatus and system for communication service processing WO2007107074A1 (en)

Priority Applications (6)

Application Number Priority Date Filing Date Title
CN200610067558 2006-03-17
CN200610067558.7 2006-03-17
CN 200610077575 CN101039259A (en) 2006-03-17 2006-04-26 Method for controlling service of communication equipment and system thereof
CN200610077575.9 2006-04-26
CN200610084351.0 2006-05-19
CN 200610084351 CN101075953A (en) 2006-05-19 2006-05-19 Method and system for controlling telecommunication equipment service

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Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1357190A (en) * 1999-06-18 2002-07-03 艾利森电话股份有限公司 System and method for providing value-added services (VAS) in integrated telecom network using session initiation protocol (SIP)
US6421424B1 (en) * 2000-06-05 2002-07-16 International Business Machines Corp. Client simulator and method of operation for testing PSTN-to-IP network telephone services for individual & group internet clients prior to availability of the services

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1357190A (en) * 1999-06-18 2002-07-03 艾利森电话股份有限公司 System and method for providing value-added services (VAS) in integrated telecom network using session initiation protocol (SIP)
US6421424B1 (en) * 2000-06-05 2002-07-16 International Business Machines Corp. Client simulator and method of operation for testing PSTN-to-IP network telephone services for individual & group internet clients prior to availability of the services

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