KR0160350B1 - Realization method of registration of telephone subscriber profile of agency service of automatic answering in intelligence network - Google Patents

Abstract

The present invention relates to a subscriber profile registration implementation method of an automatic answering agent service in an advanced intelligent network. A service subscriber dials a service identification number (SAC 1) and a telephone mailbox number (MN) to register a subscriber profile registration function of an automatic answering agent service. A first step of determining whether to provide a service through an authentication process if required; If the authentication result for the service identification number (SAC 1), the telephone mailbox number (MN), and the password is successful, the absence of registration and deregistration procedure 303 indicates whether the service subscriber is absent from the service subscriber profile of SCP. Second step of registering; If the authentication for the service identification number (SAC 1), telephone mailbox number (MN) and password fails, including the third step of performing the authentication failure notification and retry procedures in the range that does not exceed the number of retries; It is possible to provide a subscriber profile registration function of an automatic answering agent service that can store voice messages in an intelligent network instead of an automatic answering phone and receive them later.

Description

How to Implement Subscriber Profile Registration for Automated Response Service in Advanced Intelligent Network

1 is a block diagram of an intelligent network to which the present invention is applied.

2a to 2b is a flow chart for the usage number system in the automatic answering agent service according to the present invention.

3 is a flowchart of the overall processing of a subscriber profile registration implementation method of an automatic answering agent service in an advanced intelligent network according to the present invention.

4A-4B are flow charts for the authentication procedure of FIG.

5A-5E are flow charts for the subscriber profile registration procedure of FIG.

6 is a flow chart of the authentication failure notification and retry procedure of FIG.

7 is a flowchart of the error input and re-entry procedure of FIG.

* Explanation of symbols for the main parts of the drawings

1: Service Control Point (SCP)

2: Service Management System (SMS)

3: Signaling Transfer Point (STP)

4: Service Switching Poing (SSP)

5: Intelligent Peripheral (IP)

6: Local Exchange (LE)

7,8: telephone network subscriber

The present invention relates to a subscriber profile registration implementation method of an automatic answering agent service in an advanced intelligent network.

With the development of communication network technology, the concept of an intelligent network incorporating a computer has emerged, and an intelligent network service has been provided through the initial intelligent network. However, the intelligent network service needs to be diversified according to the needs of communication users. In addition, the intelligent network is evolving from the initial intelligent network to the intelligent network, and standardization work is underway around the International Telecommunication Union-Telecommunication Standardization Sector (ITU-T).

Therefore, there is a need for a subscriber profile registration function that allows a verified service subscriber to change the subscriber profile so that the intelligent information providing system of the highly intelligent network can replace the answering machine and provide a wired pager function similar to the pager function. . In other words, the subscriber to the public telephone network having a regular telephone registers the absence status in the intelligent network so as to have the automatic answering telephone, so that the intelligent information providing system can replace the automatic answering telephone when the user is absent or busy. Also, by registering an automatic forwarding number, you can be notified immediately when a voice message is received in a mailbox like a wired pager function.

In the existing general telephone service, a telephone network subscriber having a telephone can receive a voice message when he / she is absent only if he / she owns an answering machine. In addition, voice can be recorded and sent and received by voice using a PABX or an independent information system connected to a subscriber line.

However, the answering machine currently in use cannot record a voice message when the called network subscriber is busy, and the independent information providing system records the voice message by the service user and the service subscriber can take it out. It is possible to make indirect calls through voice messages recorded between subscribers, but the telephone network subscriber does not have a function of recording a message on the recording device when the incoming telephone network subscriber is busy after attempting a general call and provides a service to a few subscribers. That is, wide area service is impossible.

However, in order to satisfy the needs of users, the concept of the intelligent network has emerged, and the intelligent network service has become possible. Using intelligent network consisting of highly intelligent network service exchanger, service controller, and intelligent information system, if a service user fails to make a call anytime and anywhere, even a regular telephone network subscriber who does not have an answering machine can store voice message in IP There is a need for a subscriber profile registration function of an autoresponder agent service that can register an absence status with a service controller to receive a delivery service and register an automatic forwarding number so that a user can be immediately notified of receipt of a voice message.

Highly interconnecting intelligent networks with existing telephone networks, Integrated Services Digital Network (ISDN) in order to spread and disseminate various intelligent network services at an early stage to create a technological foundation for early settlement of advanced information society. The standardization of the intelligent network service switcher (Service Switching Poing (hereinafter referred to as SCP) and the Intelligent Peripheral (hereinafter referred to as IP)) is being standardized.

Accordingly, an object of the present invention is to provide a subscriber profile registration implementation method of an answering agent service in an advanced intelligent network for providing a subscriber profile registration function of an answering agent service in an advanced intelligent network.

The present invention for achieving the above object, Service Control Point (SCP), Service Management System (Service Management System (SMS)), Signal Transmitter (Signaling Transfer Point: STP), Advanced Intelligent Network Service Switching (Service Switching Poing): SSP), Intelligent Peripheral (IP), Local Exchange (LE) as an autonomous answering agent service method in an advanced intelligent network with main network elements, the service subscriber is a service identification number (SAC 1) And a first step of determining whether to provide a service through an authentication process when the subscriber's profile registration function of the auto attendant service is requested by dialing a telephone mailbox number (MN); If the authentication result for the service identification number (SAC 1), the telephone mailbox number (MN), and the password is successful, registering the absence of the service subscriber in the service subscriber profile of the SCP through the absence registration and deregistration procedure 2 step; If the authentication for the service identification number (SAC 1), telephone mailbox number (MN) and password fails, including the third step of performing the authentication failure notification and retry procedures in the range that does not exceed the number of retries; It features.

That is, the present invention has the above process is a service that can receive a voice recorded message when a normal telephone network subscriber is busy or absent even without having an answering machine, and is required from an existing telephone network or a general information communication network. The SSP recognizes a call requiring an intelligent network service, collects the information, and routes the call to provide the subscriber profile registration function of the auto responder service and inquires the data necessary for service processing with SCP.

SCP provides data necessary to perform service to SSP and updates subscriber profile registration data of subscriber profile by using digit information received from IP as data for service provision in case of telephone auto-response function of auto-response service later. Are utilized. In addition, when a message is received, it is delivered by using the registered automatic called number when notifying the mailbox subscriber of receiving the message.

The IP broadcasts announcements to the service users and provides the SCP with the digit information that SCP needs to perform the service logic.

Hereinafter, with reference to the accompanying drawings will be described in detail the present invention.

1 is a block diagram of an intelligent network to which the present invention is applied.

As shown in the figure, the intelligent network necessary to implement the auto-reply agency service is based on the currently implemented intelligent network system and the implementation methods of the systems under study, based on the SSP (4), SCP (1), IP (5) and services. Service management system (hereinafter referred to as SMS) (2) and signaling transfer point (hereinafter referred to as STP) (3) as main network elements.

The signaling method between the SSP 4, the SCP 1, and the IP 5 assumes a scenario in which the SCP 1 controls resources of the IP 5 through the SSP 4, and the IP 5 is a service. We have resources such as announcement broadcasting and voice signal processing so that users can use the service conveniently, so that they can collect additional information from service users or guide incomplete calls according to service scenarios. It has special resources to provide service providers so that service users can record voice messages.

The SSP 4 recognizes a service user's automatic response agent service request, triggers the corresponding service logic, requests the SCP 1 to process the service, and relays between the service user, SCP 1, and the IP 5. It is responsible for the routing function to IP (5).

In the present invention, the SSP of the intelligent network configuration is assumed to be a toll, not a local one, and processes an intelligent network service request from a local exchange (hereinafter referred to as LE) (6), and SCP (1) provides service logic and service. It is responsible for processing and controlling the autoresponder service with the necessary data.

In addition, IP (5) has a network resource related to the service processing, under the control of SCP (1) through the SSP (4) to provide network resources to the service user and collect or retain the input data from the service user It is in charge of the function, SMS (2) is operated by the network operator and is in charge of the management function to replace the data and logic necessary to perform the service.

And, STP (3) is in charge of the function of transmitting the No.7 message system (Signaling System: SS) between the SCP (1) and SSP (4). That is, the signaling method between the SSP 4 and the SCP 1 transmits and receives a message using SS No. 7, and the signaling method between the SSP 4 and the IP 5 is a digital subscriber signal (DSS). Send and receive messages using No.1.

In addition, the signaling method between the SSP 4 and the LE 6 uses R2, a telephone user part (hereinafter referred to as TUP), an ISDN user part (hereinafter referred to as an ISUP), and the like. The signaling method between the telephone network subscribers 7 (8) and the LE (6) uses DSS1 or Dual Tone Multi-Frequency (DTMF).

2a to 2b is a diagram showing the usage number system in the automatic answering agent service according to the present invention, basically a service access code (Service Access Code: SAC) (21), telephone mailbox number (Mail Number: hereinafter referred to as MN) (22), password (23), function selection number (24) and the like, special number may be additionally used to improve the service quality, such as enhanced security function, the addition of special service.

That is, the system of the service use number is tentatively three-digit SAC (21) (25), seven-digit MN (22) (26), four-digit password (23), one-digit function selection number (24), etc. The number input may be divided into two cases as shown in the figure according to the service procedure.

The service provider (network operator) must define two SAC (1) (25) to recognize the autoresponder service request from the service subscriber and the non-subscriber. In the case where the user wants to receive the service by inputting (23), the service provider passes the verification of the MN 22 and the password 23 and selects a function selection number 24 if it is a valid number. It is a procedure for providing and charging the corresponding MN (22).

This is used when you want to leave a voice message in the service subscriber's telephone mailbox. SAC 2 (25) provides the SAC required for voice message delivery and call connection when the service subscriber is absent, unanswered and busy as shown in 2b. It is defined as.

3 is a flowchart illustrating an overall process of a subscriber profile registration implementation method of an automatic answering agent service in an advanced intelligent network according to the present invention.

As shown in the figure, the present invention is largely divided into three parts: an authentication procedure (301, 302), an absence registration and deregistration procedure (303), and an authentication failure notification and retry procedure (304).

That is, when the service subscriber requests the subscriber profile registration function of the auto-response service by dialing the SAC 1 and the MN, the service subscriber first verifies whether the service is provided by verifying the SAC 1, the MN and the password through the authentication procedure 301. . If the authentication result for SAC 1, MN, and password is successful (302), the absence of registration and deregistration procedure 303 is used to register the service subscriber's absence status in the SCP's service subscriber profile.

If the user cancels his / her registration, the received voice message is delivered to the service subscriber. If authentication for SAC 1, MN, and password fails, the authentication failure notification and retry procedure 304 is performed within the range of not exceeding the number of retries. If this is exceeded (305), the service is terminated (306). .

4A to 4B show the authentication procedure of FIG. 3, in which the service subscriber or service user 401 hooks off (hereinafter referred to as H / off) to dial SAC 1 and MN (402). The SSP recognizes the intelligent network call (403).

In order to request (403) the SCP to process the intelligent network service, the initial detection point request / indication (hereinafter referred to as IDP req / ind) message 404 is transmitted to the SCP with the SAC 1 and the MN. Send together. When the SCP receives the IDP req / ind (404), it verifies whether the service is provided by performing a verification (405) on whether to subscribe to the service by using the service subscriber table.

If the verification result 406 for SAC 1 and MN is unsuccessful, the authentication failure notification and retry procedure 407 is performed. If the verification result 406 is successful, SCP collects additional information from the service subscriber. In order to request a resource connection with the IP to the SSP (408). For this purpose, a message 409 is transmitted to the Connect To Resource request / indication (hereinafter referred to as CTR req / ind).

Upon receiving the CTR req / ind (IP routing address) message 409, the SSP receives a bearer setup request / instruction (SETUP request / indication: SETUP req / hereinafter) to attempt a bearer connection 410 with the corresponding IP according to the IP routing address. ind.) Sends a message 411 to the IP. The IP that receives the SETUP req / ind 411 sends a bearer setup response / confirmation (SETUP resp / conf) message 412 to the SSP when the resource is available. do.

Receiving the SETUP resp / conf (bearer channel connection) 412, the SSP connects the IP with the service subscriber or service consumer and waits for the reception of the SCP command message (413). SCP prompts and collects user information request / indication (SPCUI req / ind hereinafter) message to SSP in order to send the announcement information to IP for collecting password information. 414 and the SSP receives it and sends 415 back to the IP.

In addition, the SCP sends a Cancel Announcement request / indication (CA req / ind) message 416 to the IP via the SSP if necessary. When the PCUI req / ind message (417) is received, enter the announcement password. The transmission of the resource to the subscriber (420) (419) and stops the announcement and collects the digit information when the initial digit information starts to be input from the subscriber. The collected information is sent in a Collect User Information response / confirm (CUI resp / conf) message 421 and transmitted to the SCP through the SSP (422).

The SCP receives (422) the received password information and performs verification (423). If the verification result 424 for the password is unsuccessful, the authentication failure notification and retry procedure 425 is performed, and if successful, the absence registration and deregistration procedure are continuously performed (426).

5A to 5E are diagrams illustrating the subscriber profile registration procedure of FIG. 3, in which a service subscriber who succeeds in the authentication procedure 501 can newly register or change data of a subscriber profile.

After the successful authentication procedure 501 is performed, SCP carries the announcement information in the PCUI req / ind message 503 to request announcement of the broadcast of the subscriber profile registration and the collection of the function identifier (502). 504 is sent to. The SCP also sends 506 a CA req / ind message 505 to the IP via the SSP if necessary.

When the PCUI req / ind message 504 is received, the IP is registered according to the PCUI req / ind (information broadcast number) 504 to perform the announcement and information collection processing 507. Enter the number 2 for the automatic call number registration. When the resource is sent to the subscriber 509 (508) and the initial digit information starts to be input from the subscriber 509, the announcement is stopped and the digit information is collected to collect the collected information. Send to / ind message (510) to SCP via SSP (511).

The SCP verifies the received functional identifier information (512), and if the verification result 513 fails, performs an error input and re-entry procedure (514). If the verification result 513 is successful, the function identifier type is checked (515) to determine the function identifier type (516), and the subscriber profile registration is continued. When the function identifier is 1, SCP transmits the announcement information to the PCUI req / ind message 518 and sends it to the IP via the SSP in order to request the announcement of the announcement for the absence registration / deregistration and the collection of the function identifier (517). 519).

The SCP also sends 521 a CA req / ind message 520 to the IP via the SSP if necessary. When the PCUI req / ind message 519 is received, the IP is not registered for the absence of the announcement for the announcement according to the PCUI req / ind (information broadcast number) 519 to perform the announcement and the information collection process 522. Enter the number 2 to 1 digit for deregistration. When resources are sent to subscriber 524 (523) and the initial digit information starts to be input from subscriber 524, the announcement is stopped and the digit information is collected to collect the collected information. It is sent in the CUI req / ind message (525) to the SCP via the SSP (526).

The SCP verifies 527 the received absent registration / deregistration information and performs an error input and re-entry procedure 529 if the verification result 528 fails. If the verification result 528 is successful, the announcement information for requesting the announcement of the completion of the absence registration / deregistration request is sent (530). The announcement announcement request / indication (hereinafter referred to as PA req / ind) In step 532, the message 531 is transmitted to the IP through the SSP.

The SCP also sends (534) a CA req / ind message (533) to the IP via the SSP if necessary. When the PA req / ind message (532) is received, the IP has completed registration / deregistration of the absence of the announcement according to PA req / ind (information broadcast number) (532) to perform the announcement processing (535). The broadcast transmission completion information is referred to as a special resource result response / confirmation (hereinafter referred to as SRR resp / conf) for the transmission of the resource to the subscriber 537 and the broadcast transmission completion processing 538. Message 539 to the SCP via the SSP (540).

Upon receipt of the SRR resp / conf message 540, the SCP calls the Release Call request / indication (RC req / ind) to request the SSP for call termination and IP release processing (541). 542 and a Disconnect Forward Connection request / indication (hereinafter referred to as DFC req / ind) message 543 are transmitted to the SSP.

Upon receiving this, the SSP performs call termination and IP release processing 544 to release the intelligent network call of the subscriber 546 and to release the bearer connection, and to release the bearer connection. REL req / ind.) Message 547 is transmitted.

The received IP releases the bearer channel and returns it to the SSP using a Release Complete response / confirm message (548). If the functional identifier is 2, SCP transmits the announcement information to the IP via the SSP to the IP via SSP in order to request 549 to transmit the announcement and digit collection for the automatic forwarding number registration (549). 551).

The SCP also sends 553 a CA req / ind message 552 to the IP via the SSP if necessary. When the PCUI req / ind message 551 is received, the IP is set to 7 digits according to the PCUI req / ind (information broadcast number) 551 to perform the announcement and information collection process 554. If the resource is sent to subscriber 556 (555) and the first digit information starts to be input from subscriber 542, the announcement is stopped and the digit information is collected to collect the collected information in the CUI resp / conf message 557. Send to SCP via SSP (558).

The SCP verifies the received automatic called party number information (559) and if the verification result 560 fails, performs an error input and re-entry procedure (561). If the verification result 560 is successful, the announcement information for requesting the announcement broadcast transmission for the completion of the automatic destination number registration (562) is loaded into the PA req / ind message (563) and transmitted to the IP through the SSP (564).

The SCP also sends a CA req / ind message 565 to the IP via the SSP (566) if necessary. When the PA req / ind message (564) is received, the registered IP address is completed according to the PA req / ind (information broadcast number) (564) to perform the announcement processing (567). The resource is transmitted to the subscriber 569 (568), and the announcement transmission completion information is carried in the SRR resp / conf message 571 for the announcement transmission completion processing (570), and transmitted to the SCP via the SSP (572).

Upon receiving the SRR resp / conf message 572, SCP sends an RC req / ind message 574 and a DFC req / ind message 575 to the SSP to request the SSP for call termination and IP release processing 573. . Upon receiving this, the SSP performs a call termination and IP release process 576 to release an intelligent network call 577 of the subscriber 578 and also transmit a REL req / ind message 579 to the IP to release the bearer connection. . The IP receiving this releases the bearer channel and returns it to the SSP using the RLC resp / conf message 580.

6 is a diagram showing the authentication failure notification and retry procedure of FIG. 3, in which the sender who fails the authentication procedure retries.

As shown in the figure, if authentication fails, the SCP checks whether the number of retries is exceeded (601), and if the verification result (602) exceeds the allowance, performs call termination and IP release processing (615), and exceeds the allowance. If not, the announcement information for collecting additional information is loaded into the PCUI req / ind message 603 and transmitted to the IP through the SSP (604).

The SCP also sends 606 a CA req / ind message 605 to the IP via the SSP if necessary. When the PCUI req / ind message (604) is received, the IP is a corresponding broadcast error input according to the announcement number (604) in the PCUI req / ind to perform the announcement and information collection process (607). Check and re-enter When the resource is sent to the subscriber 609 (608) and the initial digit information starts to be input from the subscriber, the announcement is stopped, the digit information is collected, and the collected information is loaded into the CUI resp / conf message (610). Send to SCP via SSP (611).

The SCP verifies the received collection information (612) and if the verification result 613 fails, performs the authentication failure notification and retry procedure 601 again. If the verification result 613 succeeds, service processing continues (614).

FIG. 7 is a diagram illustrating an error input and re-entry procedure of FIG. 3, wherein a caller attempts to re-enter a service when error input is impossible.

As shown in the figure, in the case of an error input, the SCP checks whether the number of re-entry times is exceeded (701), and if the verification result 702 exceeds the allowance, performs the call termination and IP release processing (715), and exceeds the allowance. If not, the announcement information for collecting additional information is loaded into the PCUI req / ind message 703 and transmitted to the IP through the SSP (704).

The SCP also sends 706 a CA req / ind message 705 to the IP via the SSP if necessary. IP is an announcement error input when a PCUI req / ind message (704) is received. .. Enter 1 .. Enter 2. Send resources to subscriber 709 (708) and stop receiving the announcement when the first digit information starts to be input from the subscriber. Collect digit information to collect collected information. Send to the SCP via SSP (711) in / conf message (710).

The SCP verifies the received input information 712, and if the verification result 713 fails, performs the error input and re-entry procedure 701 again. If the verification result 713 is successful, the service processing is continued (714).

According to the above, the present invention stores a voice message in an intelligent network instead of an answering machine in an intelligent network composed of SSP, STP, SCP and IP, which is an intelligent network element, and registers a subscriber profile of an automatic answering agent service that can receive it later. This is possible.

Therefore, the subscriber profile registration function of the autoresponder agency service, which is a wide-area service for all regions, is expected to solve this disadvantage.

Claims (14)

Service Control Point (SCP), Service Management System (SMS), Signaling Transfer Point (STP), Advanced Intelligent Network Service Switching Posing (SSP), Intelligent Peripheral In the method of implementing subscriber profile registration of an auto answering agent service in a high-intelligence network having IP and Local Exchange (LE) as main network elements, the service subscriber has a service identification number (SAC 1) and a telephone mailbox number (MN). Step (1) of determining whether to provide a service through an authentication process when the subscriber profile registration function of the auto answering agent service is requested by dialing the number 1); If the authentication result for the service identification number (SAC 1), the telephone mailbox number (MN), and the password is successful, the absence of registration and deregistration procedure 303 indicates whether the service subscriber is absent from the service subscriber profile of SCP. Second step of registering; And a third step of performing an authentication failure notification and retry procedure within a range not exceeding the number of retries when authentication of the service identification number (SAC 1), telephone mailbox number (MN), and password fails. A method for implementing subscriber profile registration of an auto answering agent service in an advanced intelligent network. The method of claim 1, wherein the first step comprises: a fourth step of the SSP recognizing an intelligent network call, verifying whether a service is subscribed, and determining whether to provide a service; A fifth step of connecting the IP with the sender and waiting for a command if the service is provided; And a sixth step in which the SCP collects and verifies a password, which is additional information from the service subscriber, and registers the subscriber profile of the auto answering agent service in the highly intelligent network. The method according to claim 2, wherein the fourth step further comprises: when a service subscriber or a service user dials a service identification number (SAC 1) and a telephone mailbox number (MN), the SSP recognizes an intelligent network call and requests / indicates an initial detection point from the SCP. (Initial Detection Point request / indication: hereinafter referred to as IDP req / ind.) A seventh step of transmitting a message with the SAC 1 and MN; And an eighth step when the SCP receives an IDP req / ind, a service subscriber performs a verification on whether to subscribe to a service using a table to determine whether to provide a service. How to implement subscriber profile registration. The method of claim 2, wherein in the fifth step, when the verification result for the SAC 1 and the MN is successful, the SCP calls the SSP a Connect To Resource request / indication (hereinafter referred to as CTR req / ind). 7) transmitting a message; The SSP receiving the CTR req / ind (IP routing address) message transmits a bearer setup request / instruction (SETUP request / indication: SETUP req / ind) according to the IP routing address to the IP. Eighth step; A ninth step of returning a bearer setup response / confirmation (SETUP resp / conf) message to the SSP when the resource receiving the SETUP req / ind (bearer channel setup) is available; And a tenth step in which the SSP receiving the SETUP resp / conf (bearer channel connection) connects the IP with the service subscriber or the service user and waits for the reception of the SCP command message. How to Implement Subscriber Profile Registration of Agencies. The method of claim 2, wherein the sixth step, the SCP transmits a Prompt and Collect User Information request / indication (hereinafter referred to as PCUI req / ind) message to the SSP and SSP Step 7 for transmitting the message back to the IP; An eighth step of transmitting an announcement announcement request / indication (hereinafter referred to as CA req / ind) message 416 to the IP via the SSP when the SCP is required; When the IP receives the PCUI req / ind message, it transmits an announcement broadcast resource to the subscriber and collects digit information when the first digit information starts to be input from the subscriber. Collect information information response / confirmation (Collect User Information response / confirm) (Hereinafter referred to as CUI resp / conf.) The ninth step of sending the message to the SCP via SSP; And a tenth step in which the SCP receives the received password information and performs verification. The method of claim 1, wherein the second step comprises: a fourth step of transmitting a guide broadcast for registering a subscriber profile when the authentication procedure is successful; A fifth step of collecting a function identifier and determining its type; And a sixth step of performing an absentee registration / deregistration or an automatic called number registration according to the determined function identifier type. 7. The method of claim 6, wherein the fourth step further comprises, after the authentication process is successfully performed, SCP transmits the announcement information on subscriber profile registration to the IP via SSP or sends CA req / to the PCUI req / ind message. a seventh step of transmitting an ind message to the IP through the SSP; And an eighth step of transmitting the corresponding announcement resource to the subscriber according to the PCUI req / ind (information broadcast number) when the IP receives the PCUI req / ind message. How to implement subscriber profile registration. The method of claim 6, wherein the fifth step, when the first digit information starts to be input from the subscriber, the announcement is interrupted, the digit information is collected and the collected information is loaded into the CUI req / ind message 510 to the SCP through the SSP. A seventh step of transmitting; And an eighth step of verifying the received function identifier information by the SCP to perform an error input and re-entry procedure if the verification result is unsuccessful, and determining a function identifier type if the verification result is successful. How to Implement Subscriber Profile Registration of Automated Responsive Service in. The method as claimed in claim 6, wherein the sixth step transmits a guide broadcast for the missed registration / unregistration function when the function identifier for distinguishing the missed registration / deregistration function from the automatic incoming number registration function is a predetermined number. A seventh step of collecting identifiers; An eighth step of verifying the collected function identifiers to perform a re-input procedure for an error input or to complete the absence registration / unregistration after performing the seventh step; A ninth step of collecting an incoming call number from a caller by transmitting an announcement broadcast for registering an automatic forwarding number when a function identifier for distinguishing the missed registration / deregistration function and an automatic call number registration function is a predetermined number; And performing a re-entry procedure for error input by verifying the collected called numbers after completing the ninth step, or completing the automatic answering number registration. How to Implement Subscriber Profile Subscription. 10. The method of claim 9, wherein in the seventh step, when the function identifier for distinguishing the missed registration / deregistration function and the automatic call forwarding number registration function is a predetermined number, the SCP broadcasts the announcement information for the absence registration / deregistration to the PCUI. an eleventh step of sending a req / ind message to the IP through the SSP or sending a CA req / ind message to the IP through the SSP; A twelve step of transmitting a corresponding announcement resource to a subscriber according to PCUI req / ind (information broadcast number) to perform announcement and information collection processing when the IP receives the PCUI req / ind message; And stopping the announcement when the first digit information starts to be input from the subscriber, collecting the digit information, putting the collected information into the CUI req / ind message 525, and transmitting the information to the SCP through the SSP. A method for implementing subscriber profile registration of an autoresponder agent service in an advanced intelligent network. The method of claim 9, wherein the eighth step comprises: an eleventh step of verifying the absence registration / deregistration information received by the SCP and performing an error input and re-entry procedure if the verification result is unsuccessful; If the verification result of the missed registration / unregistration information is successful, the announcement information for the completion of the absence registration / unregistration is put in the announcement announcement request / indication (Play request / indication: PA req / ind) message. A twelfth step of transmitting to the IP through the SSP or sending a CA req / ind message to the IP through the SSP; When the IP receives the PA req / ind message, the corresponding broadcast resource is transmitted to the subscriber according to the PA req / ind (guide broadcast number) 532, and the complete information transmission response information is confirmed / confirmed by the special resource result (Specialized Resource Result). response / confirm: hereinafter referred to as SRR resp / conf.) Step 13 of transmitting the message to the SCP through the SSP; The SCP receiving the SRR resp / conf message receives a Release Call request / indication (hereinafter referred to as RC req / ind) message and a Disconnect Forward Connection request / indication (hereinafter referred to as DFC req). / ind.) Step 14 of transmitting a message to the SSP; Step 15, the SSP performing call termination and IP release processing to release the subscriber's intelligent network call and also transmit a release request / indication (hereinafter referred to as REL req / ind) message to the IP; And a sixteenth step in which the IP releases the bearer channel and transmits it to the SSP using a Release Complete response / confirm message (hereinafter referred to as RLC resp / conf). A method for implementing subscriber profile registration of an autoresponder agent service in an intelligent network. 10. The method of claim 9, wherein in the ninth step, when the function identifier for distinguishing the missed registration / unregistration function and the automatic called number registration function is a predetermined number, the SCP broadcasts PCUI req information for registering the called party number. an eleventh step of transmitting an IP message to the IP through the SSP, and sending a CA req / ind message to the IP through the SSP; And when the IP receives the PCUI req / ind message, the corresponding broadcast resource is transmitted to the subscriber according to the PCUI req / ind (information broadcast number), and when the first digit information starts to be input from the subscriber, the announcement is stopped and the digit information is transmitted. And a twelfth step of collecting the collected information in a CUI resp / conf message and transmitting it to the SCP through the SSP. 10. The method of claim 9, wherein the tenth step comprises: an eleventh step of performing an error input and re-entry procedure when the SCP verifies the received automatic called number information and the verification result is unsuccessful; If the result of verifying the automatic called number information is successful, the announcement information for the completion of the automatic called number registration is transmitted to the IP via the SSP by sending the PA req / ind message, and the CA req / ind message is transmitted to the IP through the SSP. 12th step to do; When the IP receives the PA req / ind message, the corresponding broadcast resource is transmitted to the subscriber according to the PA req / ind (guide broadcast number) 564, and the announcement completion information is put on the SRR resp / conf message through the SSP. 13th step sent to SCP; A SCP receiving the SRR resp / conf message, transmitting an RC req / ind message and a DFC req / ind message to the SSP, thereby allowing the SSP to release the subscriber's intelligent network call and transmitting a REL req / ind message to the IP; And a fifteenth step in which the IP releases the bearer channel and transmits it to the SSP using an RLC resp / conf message. The method of claim 1, wherein the third step comprises: a fourth step of performing a call termination and IP release process when the SCP exceeds the allowable value by checking whether the SCP has exceeded the retry count; A fifth step of transmitting the announcement information for collecting additional information in the PCUI req / ind message to the IP through the SSP via the CA req / ind message when the number of retries does not exceed the allowable value; ; When the IP receives the PCUI req / ind message, the corresponding broadcast resource is transmitted to the subscriber according to the announcement number in the PCUI req / ind. When the first digit information starts to be input from the subscriber, the announcement is stopped and the digit information is collected. A sixth step of transmitting the collected information to the CUI resp / conf message to the SCP through the SSP; And a seventh step of verifying the collected information received by the SCP to perform an authentication failure notification and retry procedure again if the verification result is unsuccessful, and continuing service processing if the verification is successful. How to Implement Subscriber Profile Registration of Answering Service.