KR20040004827A - Apparatus and method for integrally managing subscriber for CO-LAN - Google Patents

Abstract

PURPOSE: A system and method for integrating and managing CO-LAN subscribers is provided to present an interface system and method for CO-LAN subscribers in order to achieve subscriber processing more easily through a CO-LAN management gateway system. CONSTITUTION: An ICIS(Integrated Customer Information System)(101), storing and managing subscription information, transmits subscription information to a subscriber information creation and management system(102). The subscriber information creation and management system(102), receiving subscription information from the ICIS(101), creates, stores and manages exchange port information and subscriber line information corresponding to the subscription information. The subscriber information creation and management system(102) requests a CO-LAN management system(103) to create a group, an address and a subscriber port for the exchange port information and the subscriber line information. The CO-LAN management system(103) attempts the creation of a group, an address and a subscriber port at an exchange(104) according to the request of the subscriber information creation and management system(102). In case that the creation of the group, the address and the subscriber port is completed, the CO-LAN management system(103) records information for the created group, address and subscriber port in a database(105), and notifies the subscriber information creation and management system(102) that the request has been completed normally.

Description

Apparatus and method for integrally managing subscriber for CO-LAN}

The present invention relates to an apparatus and method for integrating and managing subscribers for heterogeneous multiple services of a Koran network.

The conventional public network was operated and managed individually by the regional operating station. Service subscribers who are subscribed in the region are a method of handling subscribers depending on the operator, and if a corresponding person is changed or a telephone station is different, duplicate data is set up or waste of resources that are not currently being used is generated. As various management elements emerge and the interworking with other network becomes more cumbersome, the process of converting into a unified network management system has been systematically integrated into the existing asynchronous, synchronous and X.25 high speed service subscribers. There is a need for technology that can be operated and managed.

The technical problem to be achieved by the present invention is a colan that enables easier subscriber processing through a coran management gateway system that converts a unique network management system that is being operated for a colan subscriber to be integrated and managed through a subscriber information management system into a standard interface. To provide a companion device and method for subscriber management. In addition, we have defined a management model for the components for processing the subscription of the Koran network in the ultrahigh-speed information communication network management system. The present invention provides an integrated processing apparatus and method of a colan management gateway system that can accommodate a service subscriber of a coran network.

In addition, for the operator to handle existing subscriber line management methods more systematically and easily, the operation for individual group, address, and subscriber port is handled as one operation, and the service state change for subscriber port is also uniform. It could be processed as.

The present invention defines an abstract management model for components in relation to subscriber processing of a co-lan (CO-LAN) network in an ultrahigh-speed information communication integrated network management system, and proposes an overall subscriber processing procedure. In the high-speed information communication integrated network management system, the subscribers of the Koran network have an interworking relationship with the subscriber information management system and the provisioning server as the upper service layer, and collectively process the groups, addresses, and subscriber ports necessary for subscriber processing for the operators. In addition to accepting subscribers of the existing Coran network, it can be integrated and managed in a more systematic and easy way.

1 is a configuration diagram of a co-lan subscriber integrated management device.

2 is a block diagram of a subscriber information generation system.

3 is a configuration diagram of a Coran management system.

4 is a detailed configuration diagram of a colan management gateway system.

5 is a detailed block diagram of the subscriber port information update unit.

6 is a configuration diagram of a data updater.

7 is a flowchart of a method for managing cooperative subscriber integration.

8 is a flowchart in which subscriber information is generated.

9 is a flowchart for creating a group, an address, and a subscriber port and updating a database.

10 is a flowchart of updating a database by generating information on a group, an address, and a subscriber port.

11 is a flowchart of updating a database by generating information on a subscriber port.

12 is a flowchart of a method for managing an existing Coran subscriber and a new Coran subscriber.

13 is a structural diagram of a data structure that manages information of Koran subscribers.

The device according to the present invention for solving the above problems is the integrated customer management system for storing and managing the subscription information, when receiving the subscription information for the service subscription from the customer who wants to subscribe to any service provided by Koran, Receives the subscription information, generates and stores switch port information and subscriber line information corresponding to the subscription information, and requests generation of a group, address, and subscriber port corresponding to the switch port information and subscriber line information. And a subscriber information generation management system which is notified whether or not the request is normally performed, and outputs the subscriber information generation management system, and receives the switch port information and subscriber line information, and is requested to generate the group, address, and subscriber port. , And a subscriber port, notifying that the request was successful. Is characterized in that it comprises a Koran management system.

The method according to the present invention for solving the above problems, when receiving the subscription information for the service subscription from the customer who wants to subscribe to any service provided by the Koran, storing and managing the subscription information, the subscription information Generating, storing, and managing switch port information and subscriber line information corresponding to the request, and requesting generation of a group, address, and subscriber port corresponding to the switch port information and subscriber line information, the group, address, and subscriber; Receiving a request for generating a port and generating the group, address, and subscriber port, notifying that the request has been normally performed, and notifying and outputting whether the request is normally performed; .

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

FIG. 1 is a block diagram of a Koran subscriber integrated management apparatus for performing coran subscription processing through a subscriber information management system and a coran management gateway system, which are service layers in an ultrahigh-speed information communication integrated network management system.

Since the Koran network was managed by its own network management system, it needs a Koran management gateway system to switch to the standard interface. The Koran management gateway system is connected to the subscriber information management system, which is a higher service system, for the integrated network management of subscribers. It has a linkage relationship.

In the case of receiving subscription information for joining the service from a customer who wants to subscribe to any service provided by the Koran, the subscriber is accepted through the integrated customer management system 101 which stores and manages the subscription information. Do the processing. The integrated customer management system 101 refers to ICIS (Integrated Customer Information System), and the customer correspondence and charge management tasks and services of various services operated by existing individual systems such as general telephone and ADSL provided by Korea Telecom. It is a system that provides the one-stop service that integrates the configured customer information into one database and handles all the services necessary for customer service such as customer subscription information, fee information, and complaints in one screen. The integrated customer management system 101 receiving the subscription transmits the subscription information to the subscriber information management system, receives the subscription information from the integrated customer management system, and generates exchange port information and subscriber line information corresponding to the subscription information. Subscriber information generation management system 102 for storing, managing, and requesting generation of groups, addresses, and subscriber ports corresponding to the exchange port information and subscriber line information, and receiving notification of whether the request is normally performed, and managing subscriber information. Print on the system's web screen. Upon receiving the switch port information and subscriber line information from the subscriber information generation management system 102, the coran management system 103, which is requested to generate the group, address, and subscriber port, transmits the group, address, to the switch 104. Attempts to create an address and a subscriber port, and when creation of the group, address, and subscriber port is complete, records information about the group, address, and subscriber port in the database 105, and the request is performed normally. The subscriber information management system 102 is notified. Creating the group, address, and subscriber port at the exchange 104 means selecting and activating one of a number of ports in the exchange. The recording of information on the group, address, and subscriber port in the database 105 is intended to record the fact that the group, address, and subscriber port has been created and to inform the local operator. The coran management system 103 receives the switch port information and subscriber line information from the subscriber information management system and is requested to generate the group, address, and subscriber port, and generates the group, address, and subscriber port. If not, it notifies that the request has been performed abnormally.

2 is a configuration diagram of a subscriber information generation system in the co-lan subscriber integrated management apparatus.

The subscriber who receives the subscription information from the integrated customer management system 101 and requests the delay operator 202 and the provisioning server 203 to provide exchange port information and subscriber line information corresponding to the subscription information. The information management system 201 receives the switch port information through interworking with the provisioning server 203 as a response to the request, and the subscriber line information by the local operator 202 through the web screen. Stores and manages the input switch port information and subscriber line information.

When the provisioning server 203 is requested to provide the switch port information from the subscriber information management system, the provisioning server 203 generates the switch port information, that is, OID, port type, and switch type, which are physical additional information, and transmits them to the subscriber information management system. do. The OID represents the location and type of the physical facility in a certain number of sequences.

When the local operator 203 is requested to provide the subscriber line information from the subscriber information management system, the subscriber line information is generated by inputting the subscriber line information on the web screen of the subscriber management system, and the generated subscriber line information. Information is transmitted to the subscriber information management system.

3 is a configuration diagram of a colan management system in the colan subscriber integrated management device.

The Coran Management System 103 is composed of a Coran Management Gateway System 301 and a Coran Network Management System 302. After receiving the switch port information and the subscriber line information from the subscriber information management system 201, the Koran management gateway system 301 receives the group, address, and address through a web screen of the subscriber information management system 201. It is requested to create a subscriber port. The koran management gateway system 301 sends the generation of the group, address, and subscriber port to the koran network management system 302 through an application programming interface (API) in the koran management gateway system 301. Command and, when notified from the coran network management system 302 that the command is normally executed, generates information on the group, address, and subscriber port to update the database 304. The koran management gateway system 301 notifies the subscriber information management system 201 that the request for generating the group, address, and subscriber port has been normally performed.

The coran network management system 302 is commanded to generate the group, address, and subscriber port from the coran management gateway system, and generates the group, address, and subscriber port. That is, a port to be used for the exchange 303 is set and activated to be in a serviceable state. When the command is successfully executed, the Coran Network Management System 302 notifies the Coran Management Gateway System 301 that the command is normally performed. When the Coran Management Gateway System 301 is notified from the Coran Network Management System 302 that the command is normally executed, the Coran Management Gateway System 301 updates the database 304 by generating information on the group, address, and subscriber port. The koran management gateway system 301 notifies the subscriber information management system 201 that the request for generating the group, address, and subscriber port has been normally performed. The subscriber information management system 201 outputs the reception result to the subscriber information management system web screen of the local operator.

If the Coran management gateway system 301 commands the creation of the group, the address, and the subscriber port, and is notified that the command is performed abnormally, the subscriber information management system 201 indicates that the request is performed abnormally. Notice) In this case, the coran network management system 302 has been instructed to create the group, address, and subscriber port from the coran management gateway system 301, but did not generate the group information, address information, and subscriber port. In case the command is abnormally notified, the coran management gateway system is notified. When the koran management gateway system 301 is notified, it notifies the subscriber information management system 201 that the request has been abnormally performed. The subscriber information management system 201 outputs the reception result to the subscriber information management system web screen of the local operator.

4 is a detailed configuration diagram of the coran management gateway system.

The koran management gateway system 301 includes a group information updater 401, an address information updater 402, a subscriber port information updater 403, a subscriber status changer 404, and a switch port status changer 405. It consists of.

Subscriber line management is largely performed through group information, which is a logical grouping of ports, address information of a destination group that distinguishes a destination, and subscriber port information about an actual subscriber. The coran management gateway when the coran management gateway system 301 receives the switch port information and subscriber line information from the subscriber information management system 201 and is requested to generate the group, address, and subscriber port. The system 301 instructs the coran network management system 302 to generate the group, address, and subscriber port, and receives the coran management gateway system from the coran network management system 302 when the command is successfully executed. 301 generates information about the group, address, and subscriber port to store in the database. By storing and managing in the database as described above, the local operator can integrate and view the Koran subscriber management information through the web screen, and there is evidence that the Koran subscribers are managed like the contents stored in the database later. In order to perform subscriber processing, group information that can include the subscriber must be generated first. The group information updater 401 generates information about the group and updates the database 406. If the subscriber port indicates a host, the destination group information receiving the connection of several terminals is required. If the subscriber port indicates the host, only the connection group information is required because the subscriber port attempts to connect to the host. Of the group information, the called group is the destination of other terminals, so it must have the corresponding address information. The address can be expressed in the form of 4 digits or 8 digit strings. If it is represented as 4 digits, the same address cannot be duplicated in the node. In the case where the group information updater generates information about the group and updates the database 406, when the group is a called group, the address information updater 402 generates information about the address. Update the database 406. When the information on the address is generated as described above, the service type for the subscriber port is determined. The service type is divided into X.25p, X.25, sam, tsm8, ty12, and msm, and they can all be executed with the same command. However, since the detailed information of the exchange ports is different, the information on the subscriber port is generated according to the port type. do. When the address information updater 402 generates the information on the address to update the database 406, the subscriber port information updater 403 generates the information on the subscriber port to generate the database 406. Update However, since the generation of address information is unnecessary when the group is an originating group, when the group information updater 401 generates information about the group and updates the database, the subscriber port information updater 403 ) Generates information on the subscriber port to update the database. When the generation of the information on the group, address, and subscriber port is completed, the service state change operation for the port is performed once again according to a parameter called ServiceState existing in the subscriber port. When the subscriber port information update unit 403 generates the information on the subscriber port and updates the database 406, the subscriber port state change unit 404 is configured to manage the colan network management system according to a parameter selected by an operator. Command 407 to change the state of the subscriber port. Basically, since the subscriber port has a service state created with an OUT value (service active state value), when the service state of the subscriber port has an IN value (service inactive state value), it is restored to the local network management system 407. The (restore) command is used to change the port state of the exchange. When the parameter selected by the operator in the subscriber port state change unit 404 is a service active state value, the switch port state change unit 405 changes the switch port state to a service active state.

5 is a detailed configuration diagram of a subscriber port information update unit in the colan management gateway system.

The subscriber port information updating unit 403 includes a subscriber line management command receiving unit 501, a node presence determining unit 502, a board presence determining unit 503, a subscriber port setting command unit 504, and a database updating unit 505. And a data update completion notification unit 506.

In the case of a subscriber port, the coran management gateway system 301 is instructed by the subscriber information management system 201 with a subscriber line management command together with PORTID, NODENAME, MODULENUMBER, and PORTNUMBER. The subscriber line management command receiver 501 receives a subscriber line management command from the subscriber information management system 201. The node presence determining unit 502 determines whether there is a node station having a corresponding subscriber port, that is, a node corresponding to the switch port information and subscriber line information. When the node existence determination unit 502 determines that the node exists, the board existence determination unit 503 determines whether a board corresponding to the node exists. After the above determinations are performed, the relevant parameters are transmitted to the API Adapter to deliver a command to the Koran network management system 302 that was in charge of the actual Koran subscriber processing. The API Adapter sends the relevant parameters in the form of messages to the command interface of the Coran Network Management System, and performs the actual provisioning operation, that is, the subscriber port setting operation, to the Coran Network Management System exchange. The subscriber port setting command unit 504 sets the subscriber port to the switch based on the node and the parameters of the board when the board presence determining unit 503 determines that the board exists. 507). The result of the work execution is again transferred from the exchange 303 to the API Adapter through the Coran network management system 302, and it is determined whether the database work of the Coran Management Gateway system 301 is to be performed in parallel according to the result value. When the command from the subscriber port setting command 504 is received, the database updater 505 generates information on the subscriber port and updates the database. The Koran management gateway system 301, which has completed the database work, also passes the execution result to the subscriber information management system 201, which is a higher service layer. That is, the database update completion notification unit 506 notifies the subscriber information management system 201 that the database update is completed when the database update in the database update unit 505 is completed. Group information and address information, which are logical information, are also processed in the same flow except that only parameter values received from a subscriber information management system, which is a higher service layer.

6 is a configuration diagram of a data updater 505 in the subscriber port information updater for managing existing and new Coran subscribers.

The data updater is composed of a currentization manager and an online manager. Since the Koran is a network that has already been used, a method of maintaining existing information managing a high-speed information communication network and a method of processing new information in the colan subscriber integrated management device of the present invention must coexist. Exchange commands related to subscriber information processing are largely divided into four commands: create, delete, modify, and search. Among them, the search uploads the relevant parameter information to the upper service system in the exchange as it is. In this case, since the presence or absence of information in the exchange is determined, the operator may issue the generation command by dividing it into current management and online management through a parameter called CommandType for the generation command after the search operation. If the CommandType is the current version, it corresponds to a case in which the operator has already completed the switch operation using the terminal or the existing subscriber line information is stored when the operator needs it. In such a case, the Coran Management Gateway System 301 updates the database and transfers all parameters in the exchange to the subscriber information management system 201 without any switch operation. When the information on the subscriber port is generated with respect to the exchange port information and the subscriber line information, the current management unit 601 retrieves the information on the subscriber port and stores the database 603 according to the information on the subscriber port. Update The subscriber information management system also updates the database of the service layer for integrated management. When the CommandType is online, since it is newly created in the high-speed integrated network management system, the exchange provisioning operation and the database operation are performed through the coran management gateway system 301, and the execution result is transmitted to the subscriber information management system 201. This approach reduces inconsistencies between facility information and current stored information and enables continuous integrated management. If the information on the subscriber port is not generated for the switch port information and the subscriber line information, the online management unit 602 generates information on the subscriber port and generates a database according to the generated subscriber port information. Update 603.

FIG. 7 is a flowchart illustrating a method for coordinating subscribers to manage co-lan subscriptions through a subscriber information management system, which is a service layer, and a coarse management gateway system, in a high-speed information communication integrated network management system.

When the integrated customer system receives the subscription information for the service subscription from the customer who wants to subscribe to any service provided by the Koran, the integrated customer system stores and manages the subscription information (701). The subscriber information management system receives the subscription information, generates, stores and manages switch port information and subscriber line information corresponding to the subscription information (702). The subscriber information management system requests creation of a group, address, and subscriber port corresponding to the switch port information and subscriber line information (703). When the Coran management system receives the switch port information and subscriber line information, receives the request for generation of the group, address, and subscriber port, and generates the group, address, and subscriber port (704), the request is made. It is notified that the operation has been performed normally (705). If the Coran management system receives the switch port information and subscriber line information and is requested to generate the group, address, and subscriber port, and does not generate the group, address, and subscriber port (704), Notify that the request was performed abnormally (706). The subscriber information management system is notified whether or not the request is normally performed and outputs it to the web screen (707).

8 is a flowchart in which subscriber information is generated in a subscriber information generation system in the co-lan subscriber integrated management apparatus.

The subscriber information management system receives the subscription information from the integrated customer management system and requests the provisioning server and the local operator to provide exchange port information and subscriber line information corresponding to the subscription information (801). When the provisioning server is requested to provide the exchange port information from the subscriber information customer management system (802), the exchange port information is generated and transmitted to the subscriber information customer management system (803). When the local operator is requested to provide the subscriber line information from the subscriber information customer management system (802), the subscriber line information is generated and transmitted to the subscriber information customer management system (804). When the subscriber information customer management system receives the switch port information and the subscriber line information in response to the request, the subscriber information customer management system stores and manages the switch port information and the subscriber line information (805).

9 is a flowchart of creating a group, an address, and a subscriber port and updating a database in a colan management system of the colan integrated management apparatus.

When the coran management gateway system receives the switch port information and the subscriber line information from the subscriber information management system and is requested to generate the group, the address, and the subscriber port (901), the coran management gateway system transmits the koran. The network management system instructs creation of the group, address, and subscriber port (902). When the coran network management system is instructed to generate the group, address, and subscriber port, and generates the group, address, and subscriber port (903), the coran network management system determines that the request is normally performed. Notify the management gateway system (904). If the coran management gateway system is notified that the request has been normally performed from the coran network management system, the coran management gateway system generates information on the group, address, and subscriber port to update a database (905), The subscriber information customer management system is notified that the request was normally performed (906).

However, when the Coran network management system is instructed to generate the group, address, and subscriber port and fails to create the group, address, and subscriber port (903), the Coran network management system abnormally requests the request. In operation 907, the Coran management gateway system is informed that the operation has been performed. When the koran management gateway system is notified that the request has been abnormally performed from the koran network management system, it notifies the subscriber information customer management system that the request has been abnormally performed (908).

FIG. 10 is a flowchart of updating a database by generating information on a group, an address, and a subscriber port in the Coran Management Gateway System.

When the coran management gateway system is notified from the subscriber information management system that the group, address, and subscriber port commands are normally performed, the group information updater generates information about the group and updates the database (1001). When the group information updater generates information about the group and updates the database, when the group is a called group (1002), the address information updater generates information about the address and updates the database ( 1003). When the address information updater generates information on the address and updates the database, the subscriber port information updater generates information on the subscriber port and updates the database (1004). However, in the case where the information on the group is updated and the database is updated, since the address information is not needed when the group is the originating group, the information on the subscriber port is immediately generated to update the database ( 1004). When the subscriber port information updater generates information about the subscriber port and updates the database, the subscriber port state changing unit changes the state of the subscriber port according to a parameter selected by the operator (1005). If the parameter selected by the operator is a service active state value, the switch port state changing unit changes the switch port state (1006).

FIG. 11 is a flow chart of updating a database by generating information on a subscriber port in the subscriber port information updating unit in the colan management gateway system.

The subscriber line management command receiver receives a subscriber line management command (1101). The node presence determining unit determines whether a node corresponding to the switch port information and the subscriber line information exists (1102). If it is determined that the node exists, the board presence determining unit determines whether a board corresponding to the node exists (1103). If it is determined that the board exists, the subscriber port setting command unit instructs the coran network management system to set a subscriber port at the exchange based on the node and the parameters of the board (1104). When the request is received from the Coran network management system that the request has been normally performed (1105), the database updater generates information on the subscriber port and updates the database (1106). When the database update is completed, the database update completion notification unit notifies the subscriber information management system that the database update is completed (1107).

However, unlike the above, if it is determined that the node does not exist, or the board does not exist, or when the group, address, and subscriber port setting request is transmitted from the Coran network management system abnormally, an error message is output. (1108).

12 is a flowchart of a method for managing an existing Coran subscriber and a new Coran subscriber in a data updater in the subscriber port information updater.

When the information on the subscriber port is generated (1201) with respect to the switch port information and the subscriber line information, the information about the subscriber port is retrieved (1202) and the database is updated according to the information on the subscriber port ( 1203).

If the information on the subscriber port is not generated for the switch port information and the subscriber line information (1201), the information on the subscriber port is generated (1204), and a database is generated according to the information on the generated subscriber port. Update (1203).

FIG. 13 is a structural diagram of a data structure for managing information of subscribers using a Coran service in an ultrahigh-speed information communication integrated network management system to which the present invention is applied. Koran subscribers are classified into various types according to services, but the present invention presents an abstract subscriber port information model regardless of service type for integrated management as follows. PortId is an identifier of a subscriber port that can identify the physical port location. The port type is determined according to the type of service. The corresponding exchange including the subscriber port and the board information in the exchange are expressed as NodeName, ModuleNo, Board, and Port number, and the location of the Koran network management system that will issue commands to the APIAdapter is expressed as NmsNum. The actual subscriber port is a connection with logical group and address information and has GroupName as a parameter, and the subscriber information using the corresponding port is represented by PortComment. The subscriber information management system, which is a higher service layer, grants Said, which is a service identifier by itself, for interworking with the coran management gateway system. The service state of the current subscriber port is ServiceState (operation state in FIG. Since it is unified with the OperationState, it is not indicated with the ServiceState.

The data structure creates a Uniport_tbl structure to collectively manage subscriber ports and stores current information. Elements of physical information contents (Portid, Porttype, Nodeid, Extpeid, ..), subscriber information (Portcomment, Said) and necessary information (Groupname, OperationState, Commandtype, etc.) regardless of service type. It includes. Detailed information about the detailed port types is provided in a separate table. In the conventional case, there was no part storing the above information. Just create, change, delete, query and so on, one command per port. By storing as above, the subscriber can grasp the type, the opening situation, and the use of the port in real time.

In summary, the data structure manages subscriber port information for the service, subscriber information using the subscriber port, exchange information including the subscriber port, board information in the exchange, and the network to which the exchange is applied. It is structured to contain system information.

Meanwhile, the above-described embodiments of the present invention can be written as a program that can be executed in a computer, and can be implemented in a general-purpose digital computer that operates the program using a computer-readable recording medium.

In addition, the structure of the data used in the above-described embodiment of the present invention can be recorded on the computer-readable recording medium through various means.

The computer-readable recording medium may be a magnetic storage medium (for example, a ROM, a floppy disk, a hard disk, etc.), an optical reading medium (for example, a CD-ROM, DVD, etc.) and a carrier wave (for example, the Internet). Storage medium).

So far I looked at the center of the preferred embodiment for the present invention. Those skilled in the art will appreciate that the present invention can be implemented in a modified form without departing from the essential features of the present invention. Therefore, the disclosed embodiments should be considered in descriptive sense only and not for purposes of limitation. The scope of the present invention is shown in the claims rather than the foregoing description, and all differences within the scope will be construed as being included in the present invention.

According to the present invention, the subscriber information management system-Coran management gateway system and the subscriber management function interworking apparatus and method are included in the management area of the super high-speed information and communication integrated network management system, the integrated management is possible. In addition, it is possible to retrieve the detailed information related to logical group, address information, and subscriber port information, which are physical information, from the operator-centered individual subscriber management method. Through the uniform work through it has the effect that it becomes easier to handle subscribers. The duplication of subscriber creation management allows not only the acceptance of existing Coran subscriber information but also new subscriptions to prevent duplicate data and reduce waste on facilities. In addition, the systematic management of the subscribers of the Koran network is enabled by the continuous management of the high-speed information communication integrated network management system.

Claims (20)

An integrated customer management system that stores and manages the subscription information when receiving subscription information for the service subscription from a customer who wants to subscribe to any service provided by the Koran; Receiving the subscription information from the integrated customer management system, generating, storing, and managing switch port information and subscriber line information corresponding to the subscription information; and group, address, and corresponding to the switch port information and subscriber line information. A subscriber information generation management system requesting generation of a subscriber port and being notified whether or not the request is normally performed; And When the switch port information and the subscriber line information are input from the subscriber information generation management system and the generation of the group, address, and subscriber port is requested, and the group, address, and subscriber port are generated, the request is normally performed. And a colan management system for notifying that the colan management system has been performed. The system of claim 1, wherein the Koran management system When the switch port information and the subscriber line information are input from the subscriber information management system and the generation of the group, the address, and the subscriber port is requested, and the group, the address, and the subscriber port are not generated, the request is abnormal. Coran subscriber integrated management device, characterized in that the notification that has been performed. The method of claim 1, wherein the subscriber information generation management system Receiving the subscription information from the integrated customer management system, requesting to provide exchange port information and subscriber line information corresponding to the subscription information, and receiving the exchange port information and subscriber line information as a response to the request. A subscriber information management system for storing and managing the switch port information and subscriber line information; A provisioning server for generating the switch port information and transmitting the switch port information to the subscriber information management system when the request for providing the switch port information is received from the subscriber information management system; And And a local operator that generates the subscriber line information and transmits the subscriber line information to the subscriber information management system when the subscriber line information is requested from the subscriber information management system. The system of claim 1, wherein the Koran management system When the switch port information and subscriber line information are input from the subscriber information management system, when the generation of the group, address, and subscriber port is requested, the generation of the group, address, and subscriber port is instructed. A coran management gateway system for generating information on the group, address, and subscriber port, updating a database, and notifying that the request has been normally performed when notified that the information has been successfully performed; And Coran network management, which is instructed to generate the group, address, and subscriber port from the coran management gateway system and generates the group, address, and subscriber port, notifying the coran management gateway system that the command is normally performed. Coran subscriber integrated management device comprising a system. The method of claim 4, wherein The coran management gateway system receives the switch port information and subscriber line information from the subscriber information management system and, when requested to generate the group, address, and subscriber port, generates the group, address, and subscriber port. Command, and when notified that the command was performed abnormally, notifying that the request was performed abnormally, The coran network management system is commanded to generate the group, address, and subscriber port from the coran management gateway system, and if the group, address, and subscriber port are not generated, the command is abnormally performed. And a notification system to the gateway system. The system of claim 4, wherein the coran management gateway system When the switch port information and subscriber line information are input from the subscriber information management system, when the generation of the group, address, and subscriber port is requested, the generation of the group, address, and subscriber port is instructed. A group information updater for generating information about the group and updating a database when it is received that it has been normally performed; An address information updating unit generating information about the group and updating the database when the group is a called group when the group information updating unit generates information about the group; A subscriber port information updating unit generating information on the subscriber port and updating the database when the address information updating unit generates the information on the address and updates the database; A subscriber port state change unit for changing the state of the subscriber port according to a parameter selected by an operator when the subscriber port information updater generates information on the subscriber port and updates a database; And And a switch port state changing unit for changing a switch port state when the parameter selected by the operator in the subscriber port state changing unit is a service inactive state value. The method of claim 6, wherein the subscriber port information updating unit generates information about the group in the group information updating unit, and when the group is an originating group, generates information about the subscriber port. Coran subscriber integrated management device, characterized in that for updating the database. 7. The subscriber port information updating unit of claim 6 A subscriber line management command receiver for receiving a subscriber line management command from the subscriber information management system; A node presence determining unit that determines whether a node corresponding to the switch port information and subscriber line information exists; A board presence determination unit that determines whether a board corresponding to the node exists when the node existence determination unit determines that the node exists; A subscriber port setting command unit for instructing the colan network management system to set a subscriber port at an exchange based on the node and the parameters of the board, if it is determined by the board presence determining unit; A database updating unit generating information about the subscriber port and updating a database when the command from the subscriber port setting command unit is received successfully; And And a database update completion notifying unit notifying that the database update is completed when the database update is completed in the database update unit. The method of claim 8, wherein the database update unit A currentization management unit for retrieving information on the subscriber port and updating a database according to the information on the subscriber port when the information on the subscriber port is generated for the switch port information and the subscriber line information; And If the information on the subscriber port is not generated for the switch port information and the subscriber line information, the online management unit for generating information about the subscriber port, and updates the database according to the information on the generated subscriber port Koran subscriber integrated management device, characterized in that. (a) storing and managing the subscription information when receiving subscription information for the service subscription from a customer who wants to subscribe to any service provided by the Koran; (b) receiving the subscription information, generating, storing, and managing switch port information and subscriber line information corresponding to the subscription information, and generating a group, address, and subscriber port corresponding to the switch port information and subscriber line information. Requesting generation; (c) receiving the switch port information and the subscriber line information, receiving the request for generation of the group, address, and subscriber port, and generating the group, address, and subscriber port, notifying that the request has been performed normally; step; And (d) receiving and outputting whether or not the request is normally performed. The method of claim 10, wherein step (c) Receiving the exchange port information and the subscriber line information and requesting the generation of the group, address, and subscriber port, and not generating the group, address, and subscriber port, notifying that the request was performed abnormally. Koran subscriber integrated management method. The method of claim 10, wherein step (b) (b1) receiving the subscription information and requesting to provide exchange port information and subscriber line information corresponding to the subscription information; (b2) generating and transmitting the exchange port information when the exchange port information is requested to be provided; (b3) generating and transmitting the subscriber line information when requested to provide the subscriber line information; And and (b4) storing and managing the switch port information and the subscriber line information when receiving the switch port information and the subscriber line information as a response to the request. The method of claim 10, wherein step (c) (c1) receiving the exchange port information and the subscriber line information, and instructing the generation of the group, address, and subscriber port when requested to generate the group, address, and subscriber port; (c2) instructing generation of the group, address, and subscriber port, and notifying that the request has been normally performed when generating the group, address, and subscriber port; And (c3) when notified that the request has been successfully performed, generating information on the group, address, and subscriber port, updating a database, and notifying that the request has been normally performed. Integrated management method. The method of claim 13, The step (c2) is instructed to generate the group, address, and subscriber port, and notifies that the command is abnormally performed if the group information, address information, and subscriber port are not generated. In step (c3), when the command has been abnormally performed, the coran subscriber integrated management method of notifying that the request has been abnormally performed. The method of claim 13, wherein step (c3) (c31) if notified that the command has been normally performed, generating information about the group and updating a database; (c32) generating information on the group to update the database, when the group is a called group, generating information on the address to update the database; (c33) generating information on the address to update the database by generating information on the subscriber port; (c34) changing the state of the subscriber port according to a parameter selected by an operator when generating information on the subscriber port and updating a database; and (c35) changing the switch port state when the parameter selected by the operator is a service activation state value. 15. The method of claim 14, wherein in step (c33), when the information on the group is updated to update the database, when the group is the calling group, the step (c33) generates information on the subscriber port to update the database. Koran subscriber integrated management method. The method of claim 15 or 16, wherein step (c33) (c331) receiving a subscriber line management command; (c332) determining whether a node corresponding to the switch port information and subscriber line information exists; (c333) if it is determined that the node exists, determining whether a board corresponding to the node exists; (c334) if it is determined that the board exists, instructing an exchange to set a subscriber port based on the node and the parameters of the board; (c335) generating information on the subscriber port and updating a database when the request is received that the request has been successfully performed; And (c336) when the database update is completed, the method of coordinating subscriber integration comprising the step of notifying that the database update is completed. The method of claim 16, wherein step (c334) Retrieving information on the subscriber port and updating a database according to the information on the subscriber port when the information on the subscriber port is generated for the switch port information and the subscriber line information; And If the information on the subscriber port is not generated for the switch port information and the subscriber line information, generating information about the subscriber port and updating a database according to the generated subscriber port information. Koran subscriber integrated management method, characterized in that. In the data structure for managing the information of subscribers using any service provided by the Koran, Subscriber port information for the service; Subscriber information using the subscriber port; Switch information including the subscriber port; Board information in the exchange; And And a system information for managing a network to which the exchange is applied. A computer-readable recording medium having recorded thereon a program for executing the method of any one of claims 10 to 18.