JPH09186771A - Triggering information management method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To allow the method to cope with versatile communication services by managing triggering information collected from a network operator in the network management system with a sensing point processing section of an intelligent network service exchange as a trigger sensing point. SOLUTION: A basic processing section 110 of an intelligent network service exchange 103 makes call processing of a request from the service user. When a kind of an operation requested from a network management system 102 is a new service registration, an application process 108 generates new service information to the intelligent network service data service. When the kind of operation on request is correction of existing service information, the service information of the intelligent network service database is corrected. A sensing point processing section 109 uses triggering information sent from the network management system 102 to command correction of a trigger sensing point information database based on a command of an application process 108.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a triggering information management method for managing triggering information for driving an intelligent network service logic in an intelligent network service exchange.

The description of the present specification is based on the priority of the present application, Korean Patent Application No. 1995-53962 (1).
Filed on Dec. 22, 995), and the content of the description of the Korean patent application constitutes a part of the present specification by referring to the number of the Korean patent application. I shall.

[0003]

2. Description of the Related Art Early Intelligent Network Service Exchange (SSP: Se
rvice Switching Point (FP: Free)
Phone), credit call (CC: Credit Call), information charge collection agent (PR: Premium Rate) to provide intelligent network service call processing functions are applied processor FPSC (Free Phone Service Control), CCSC
(Credit Call Service Control), PRSC (Premiu
m Rate Service Control) is implemented for each specific intelligent network service, and the service in a distributed environment is processed by using a non-connected network layer service in a common line signaling (SS No. 7) signaling network. Application service elements (ASE:
Application Service Element) also has FPOE (Free Phone Operation Execution) and F
PDO (Free Phone Dialogue Operation), CCOE
(Credit Call Operation Execution), CCDO (Cr
edit Call Dialogue Operation), PROE (Premium
RateOperation Execution), PRDO (Premium Rate)
Dialogue Operation) block.

[0004]

SUMMARY OF THE INVENTION With such a configuration,
Transactions for common line signaling (question answer processing)
Function Application Department (TCAP: Transaction Capabilities App)
The lower layer of the license part) is used as a common block, but each time a new service is added, a specific application process and application service element of the service must be re-implemented in the initial intelligent network service switch (SSP). There was a problem that various communication services could not be introduced quickly.

The present invention devised in order to solve the above problems is to provide triggering information collected from a network operator in a network management system to transmit triggering information about an intelligent network service to an intelligent network service exchange. Is received by the intelligent network service exchange, and the received information is received by the sensing point processing unit of the intelligent network service exchange.
Its purpose is to provide a method for managing triggering information managed as a gering detection point).

[0006]

In order to achieve the above object, the present invention provides a triggering information management method applied to an intelligent network service exchange, in which an error occurs when a service information operation request is received from a network management system. The first step of analyzing, managing the instruction number, and generating the service information operation request operation, and analyzing the form of the request operation, and the analysis result of the first step, if new service registration, new information is added to the intelligent network service database. A second step of adding an information input area and writing the received service information, and then inputting new sensing point information to the trigger sensing point information database, and then reporting the result depending on whether the operation processing is successful or not.
And, as a result of the analysis in the first step, if the service is not a new service registration, the service information received in the intelligent network service database is modified, and then the sensing point information in the trigger sensing point information database is modified, and whether the operation processing is successful or not And a third step of reporting the results according to.

The intelligent network has an intelligent network service switch (SSP) as a function-centralized and distributed structure.
g Point), service control system (SCP: Service)
Control Point), intelligent information provision system (IP: In
It is composed of various network elements such as telligent Peripheral) and has the characteristic of providing various and ordered services quickly and economically and efficiently.

In addition, the software structure of the intelligent network service switch, which provides the service user with a network access function and acts as a gate of the intelligent network, has an independent service structure, so that the service can be changed or added even when the service is changed. It has features that can be used without modification.

[0009]

BEST MODE FOR CARRYING OUT THE INVENTION An embodiment of the present invention will be described in detail below with reference to the accompanying drawings.

FIG. 1 is an explanatory diagram showing a procedure for receiving triggering information about a new intelligent network (intelligent network) service collected from a network operator in a network management system in an intelligent network service exchange.

The intelligent network service exchange 103 processes a standardized basic call state model I for intelligent network service call processing.
TU-T (International Telecommunication Union-Te
lecommunication standardization section), BCS
Service user 1 by M (Basic Call State Mode)
Basic call processing unit 1 for advancing the call processing requested by 01
10, the sensing point generated from the basic call processing unit 110 (D
P: Detection Point) and determines whether to report to the intelligent network service logic of the application processor, a detection point processing part (Detection Point Processing Part) 109, an intelligent network element such as a service control system and an intelligent information providing system. The basic call processing unit 11 so that the intelligent network service requested by the service user 101 can be provided by interacting with
Application process 108 for controlling 0 and instructing the sensing point processing unit 109 to manage the triggering information transmitted from the network management system 102 as a trigger sensing point, the intelligent network service switch 103 is a service control system, intelligent information An application service element set 107 that forms a message or causes poisoning for transmitting and receiving an intelligent network operation by using a common line signaling method of a standardized protocol with an intelligent network element such as a providing system or a network management system,
A signal connection control unit 105 that transmits information between signal points and the like by using a transaction (question and answer processing) function application unit 106 that supports mutual operation between application service elements 107 and the like and a message transmission unit 104 of a lower level protocol. , The message transmission unit 104 at the lowest level of the common line signaling protocol.

The operations of the transaction function application section 106, the signal connection control section 105, and the message transmission section 104 are as follows.
The operation is the same as that of the initial intelligent network service switch (SSP).

The network management system 102 includes a network operator 101.
Input data is collected from the common line signaling system (SS No.
7) is used to send the triggering information about the intelligent network service to the intelligent network service exchange 103 (201).
I do.

The intelligent network service switch 103 is common to the message transmission unit 104, the signal connection control unit 105, and the transaction function application unit 106 for transmitting the intelligent network service triggering information received from the network management system 102 to the application processor. A new dialog instruction dialog primitive and action instruction component primitive are transmitted to the application service element set using the line signaling method message transfer function (202 to 204).

The application service element set 107 is an application service element implemented for each specific service of an existing initial intelligent network service switch, or ITU-TINCS-1 (Intelligent Network) for intelligent network service call processing.
In addition to the 25 application service elements recommended in Capability Set-1), a service information management application service element for processing intelligent network service triggering information input from the network management system 102 is added.

The application service element set 107, which has received the dialog instruction dialog primitive and the operation instruction primitive from the transaction function application unit 106,
After analyzing the operation type of the operation instruction component primitive, driving the service information management application service element to check the error of the reception component primitive, and then encoding the information of the parameter term into the service information operation request operation and applying the application process. 108 to the application process 108 (205)
Drives the timer for the operation transmitted to receive the service information operation result from the server and manages the operation instruction number.

The application process 108 analyzes the requested operation mode, the service access number, and the service triggering information in the received service information operation request operation. If the type of operation requested by the network management system 102 is a new service registration, the application process 108 generates new service information in the intelligent network service database, and the type of operation requested by the network management system 102 already exists. When the service information is modified, the application process 108
Modifies the service information in the intelligent network service database. When the received service information operation request operation requests an operation of registering a new intelligent network service or an operation of modifying service triggering information, the application process 108 sends a trigger sensing point generation request operation to the sensing point processing unit 109. Send to instruct to modify the trigger sensing point information database.

The application process 108 transmits a service information operation success result operation to the application service element set 107 if the service information operation procedure is successfully executed, and the timer is ended or an error occurs during execution of the service information operation procedure. If any occurs, the service information operation failure result operation is received by the applied service element set 107 (208).

The service information management application service element of the application service element set 107 encodes the received service information operation result operation into a dialogue end dialogue primitive and a success result report component primitive or a failure result report component primitive to apply a transaction function. Part 1
It is transmitted to 06 (209), the driven timer is terminated, and the assigned instruction number is released.

The intelligent network service switch 103 receives the intelligent network service triggering information by using the common line signaling type message transmission function of the transaction function application section 106, the signal connection control section 105 and the message transmission section 104, and the The operation result processed by the network service switch 103 is transmitted to the network management system 102 (201 to 21).
2).

2 to 5 are flowcharts of the triggering information management method according to the present invention.

The message transfer unit 104 receives the intelligent network service message from the network management system 102 (30
1) Send a dialogue start dialog primitive and an action instruction component primitive to the application service element set 107 through the signal connection control unit 105 and the transaction function application unit 106 (302).

The application service element set 107 analyzes the error, manages the dialog number, analyzes the operation type of the component primitive (303), and determines whether it is a service information operation request from the network management system 102. (304). If it is not the service information operation request from the network management system 102, the intelligent network service call processing is executed, and if it is the service information operation request, the service information management application service element is driven (305).

The service information management application service element analyzes the error, manages the instruction number, generates a service information operation request operation, and sends it to the application process 108 (306). The application process 108 analyzes the form of the requested operation (307) and determines whether it is a new service registration (308).

If it is a new service registration, the application process 108 adds a new information input area to the intelligent network service database (309), writes the service information received from the network management system 102 (310), and then senses it. A trigger sensing point generation request operation is transmitted to the point processing unit 109 (311).

The sensing point processing unit 109 inputs new sensing point information into the trigger sensing point information database (31).
2) Determine whether the operation processing is successful (31
3).

If the operation processing is successful, the sensing point processing unit 109 sends a trigger sensing point generation success result operation to the application process 108 (314). The application process 108 sends the service information operation success result operation to the service information management application service (3
15). The service information management application service transmits the success result report component primitive to the application service element set 107 (317). Application service element set 1
07 transmits the dialogue end dialogue dialog primitive and the success result report component primitive to the transaction function application unit 106 (317), transmits them to the network management system 102, and then terminates the service processing (318).

If the operation processing is unsuccessful, the sensing point processing unit 109 sends a trigger sensing point generation failure result operation to the application process 108 (319). The application process 108 sends a service information operation failure result operation to the service information management application service (3
20). The service information management application service transmits the failure result report component primitive to the application service element set 107 (321). Application service element set 1
07 transmits the dialogue end dialogue dialog primitive and the failure result report component primitive to the transaction function application unit 106 (322), transmits them to the network management system 102, and then terminates the service processing (323).

On the other hand, at 308, the network management system 1
If the service information operation request from 02 is not a new service registration, the application process 108 modifies the service information received from the network management system 102 in the intelligent network service database (324), and then the sensing point processing unit 109.
Send the trigger sensing point correction request operation to (3
25). The sensing point processing unit 109 corrects the sensing point information in the trigger sensing point information database (326), and then determines whether the operation processing is successful (327).

If the operation processing is successful, the sensing point processing unit 109 sends a trigger sensing point generation success result operation to the application process 108 (314). The application process 108 sends the service information operation success result operation to the service information management application service (3
15). The service information management application service transmits the success result report component primitive to the application service element set 107 (317). Application service element set 1
07 transmits the dialogue end dialogue dialog primitive and the success result report component primitive to the transaction function application unit 106 (317), transmits them to the network management system 102, and then terminates the service processing (318).

If the operation processing fails, the sensing point processing unit 109 sends a trigger sensing point generation failure result operation to the application process 108 (319). The application process 108 sends a service information operation failure result operation to the service information management application service (3
20). The service information management application service transmits the failure result report component primitive to the application service element set 107 (321). Application service element set 1
07 transmits the dialogue end dialogue dialogue primitive and the failure result report component primitive to the transaction function application unit 106 (322), transmits them to the network management system 102, and then terminates the service processing (323).

[0032]

As described above, according to the present invention, the intelligent network service switch receives service triggering information from the network management system and stores it in the trigger sensing point information, so that the service not related to a specific service is exchanged. The procedure for providing (arming) the call processing information reported from the basic call processing unit to the intelligent network service logic can be implemented without modifying the software program, and the information on the intelligent network service already registered in the intelligent network service exchange can be realized. Even when changing, the data of the intelligent network service exchange can be modified by the signal message of the network management system without modifying the switching software program.

[Brief description of the drawings]

FIG. 1 is an explanatory diagram showing a procedure in which an intelligent network service exchange receives triggering information about a new intelligent network service collected from a network operator in a network management system.

FIG. 2 is a flowchart of a triggering information management method according to the present invention.

FIG. 3 is a flowchart of a triggering information management method according to the present invention.

FIG. 4 is a flowchart of a triggering information management method according to the present invention.

FIG. 5 is a flowchart of a triggering information management method according to the present invention.

[Explanation of symbols]

 102 network management system 103 intelligent network service switch 104 message transfer unit 105 signal connection control unit 106 transaction function application unit 107 application service element set 108 application process 109 sensing point processing unit 110 basic call processing unit

 ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Kim Ki Ryon, Republic of Korea, John Sjog Gajeongdong 161 Electronics and Telecommunications Research Institute (72) Inventor Kim Tail, Republic of Korea, Jeongsuk Gajoong Dong 161 Electronics and Telecommunications Research Institute (72) 72) Inventor, Choi Gobong, Republic of Korea, Daejeon Swok Gajeongdong, 161 Electronics and Telecommunications Research Institute (72) Inventor, Yun Byung Nam, Republic of Korea Solutions Research Institute

Claims (4)

[Claims] 1. A triggering information management method applied to an intelligent network service exchange, which receives a service information operation request from a network management system (102), analyzes an error, manages an instruction number, and manages a service information operation. The first step (301 to 308) of analyzing the form of the requesting operation after generating the requesting operation;
As a result of the analysis in steps (301 to 308), if the new service is registered, a new information input area is added to the intelligent network service database and the received service information is written,
The second stage (309 to 323) of inputting new sensing point information to the trigger sensing point information database and then reporting the result depending on the success or failure of the operation processing; and the analysis result of the first stage (301 to 308) and the new service. If it is not registered, the service information received in the intelligent network service database is modified, and then the sensing point information in the trigger sensing point information database is modified, and then the result is reported depending on whether the operation processing is successful (step 314).
To 327) are included. 2. The method according to claim 1, wherein the first stage (30
1 to 308) receives the intelligent network service message from the network management system (102) and transmits a dialogue start dialog primitive and an operation instruction component primitive in the fourth step (301, 302); It manages, analyzes the operation type of the component primitive, judges whether it is a service information operation request from the network management system (102), and if it is not a service information operation request from the network management system (102), it is intelligent. The fifth step (303, 303, which performs network service call processing)
304); and if it is a service information operation request, analyze the error, manage the instruction number, generate and send the service information operation request operation, analyze the request operation mode, and determine whether it is a new service registration. A triggering information management method including the sixth step (305 to 308). 3. The method according to claim 1, wherein the second stage (30
9 to 323), if the service information operation request from the network management system (102) is a new service registration, a new information input area is added to the intelligent network service database and received from the network management system (102). After writing the specified service information, a trigger sensing point generation request operation is transmitted, new sensing point information is input to the trigger sensing point information database, and then it is determined whether the operation processing is successful (Steps 309 to 313). The above fourth step (309
313), if the operation processing is successful, a trigger sensing point generation success result operation is sent, a service information operation success result operation is sent, a success result report component primitive is sent, and a dialogue end dialogue primitive and The fifth step (314 to 318) of terminating the service processing after transmitting the success result reporting component primitive to the network management system (102); and the judgment result of the fourth step (309 to 313) and the operation processing. Send Trigger Sensing Point Failure Result Operation, Send Service Information Operation Failure Result Operation, Send Failure Result Report Component Primitive, Dialog End Dialog Dialog and Failure Result Report Components by sending primitives, triggering information management method characterized in that it comprises a sixth step (319-323) to terminate the service processing after transmitted to the network management system (102). 4. The method according to claim 1, wherein the third stage (31
4 to 327) is a trigger after correcting the service information received from the network management system (102) in the intelligent network service database if the service information operation request from the network management system (102) is not a new service registration. A fourth step (324 to 327) of determining whether or not the operation processing is successful after transmitting the sensing point correction request operation and correcting the sensing point information of the trigger sensing point information database; and the fourth step (324 to 327). If the operation processing is successful, the trigger sensing point generation success result operation is sent, the service information operation success result operation is sent, the success result report component primitive is sent, and the end dialogue dialog primitive and Success Report Component Prime The fifth step (314 to 31) of terminating the service processing after transmitting the active information and transmitting it to the network management system (102).
8); and as a result of the determination in the fourth step (324 to 327), if the operation processing is unsuccessful, the trigger sensing point generation failure result operation is transmitted, the service information operation failure result operation is transmitted, and the failure result reporting component The network management system (10) by transmitting a primitive and transmitting a dialogue end dialogue dialog primitive and a failure result report component primitive.
6th stage (3)
19-323), and a triggering information management method.