KR20020034668A - Device and method for processing mmc command by board using gui in mobile communication system - Google Patents

Abstract

PURPOSE: An apparatus and method for processing a board-classified MMC(Man Machine Communication) command using a GUI(Graphic User Interface) in a mobile communication system is provided to conveniently monitor a specific sub-board and save a fault process time by displaying a state or an MMC command list corresponding to the sub-board in a BTS(Base Transceiver Station) or a BSC(Base Station Controller). CONSTITUTION: A GUI process unit judges whether an operator selects a specific BSC is selected among a plurality of BSC shape information displayed on a workstation(S3). If the operator selects the specific BSC, the GUI process unit displays shape information of all BTSs managed by the specific BSC and shape information of sub-boards of the specific BSC through the workstation to the operator(S4). The GUI process unit judges whether the operator selects the sub-board of the BSC among a plurality of BTSs and the sub-boards of the BSC displayed on the workstation(S5). If the operator selects the sub-board of the BSC, the GUI process unit displays a state of MMC command selection screen through the workstation(S6). The GUI process unit judges whether the operator selects a menu among the state and MMC command(S7). If the operator selects the state menu, the GUI process unit transmits a state check signal of the sub-board of the BSC selected by the operator to an application unit through a repeater(S8). The GUI process unit receives the result value of the state check signal from the application unit and displays the received result value through the workstation(S9).

Description

DEVICE AND METHOD FOR PROCESSING MMC COMMAND BY BOARD USING GUI IN MOBILE COMMUNICATION SYSTEM}

The present invention provides a board-specific MMC (Man Machine Communication) using a Graphical User Interface (GUI) in a mobile communication system; The present invention relates to a processing device, and more particularly, to a mobile communication system that enables an operator to perform an operation / management operation more easily in observing the status of a sub-system in a base station or a control station. It relates to a board-specific MMC processing apparatus and method using a GUI.

As is well known, the method of processing MMC commands for each board in a general mobile communication system requires the operator to input each control station, a base station, and a board name in order to check the details, and the entire MMC command list without MMC commands selected ( List).

At this time, the range of the system currently managed by the operator through the GUI is 12 control stations and 64 base stations for each control station, and each base / control station handles alarms and status changes / boards (Channal Element) Reaches dozens.

Therefore, in order to respond immediately to alarms and status changes, effective and quick operation management is required.

However, the above-described method for processing MMC commands for each board in the conventional mobile communication system consumes a lot of time for the operator to process the MMC commands for details and checks, and for the operator to refer to the entire MMC commands. It was inconvenient to write MMC commands one by one.

Accordingly, the present invention has been made to solve the above-mentioned conventional problems, and an object of the present invention is to display a list of states or MMC commands corresponding to sub-boards in a base station or a control station to the operator. The present invention provides a board-specific MMC processing apparatus and method using a GUI in a mobile communication system that not only monitors a board but also reduces trouble handling time.

In order to achieve the above object, a board-specific MMC processing apparatus using a GUI in a mobile communication system of the present invention displays the shapes of a plurality of control stations or sub-boards in a base station to an operator, and then the operator controls the control station or the base thereof. A workstation which transmits the status or MMC command for the domestic sub-boards and displays it to the operator when the status or MMC command is received;

A database for storing a list of respective MMC commands related to sub-boards in a plurality of control stations or base stations;

Upon initialization, after receiving shape information of a plurality of control boards or sub-boards in a base station and transmitting them to the workstation and receiving an MMC command selection signal of the corresponding sub-board from the workstation, the MMC command list in the database is read out. Transmitting to the workstation and receiving a status check signal or MMC command for the control board or sub-board in the base station from the workstation, and transmitting a status check signal or MMC for the control board or sub-board in the base station. A GUI processor for transmitting the result of the command to the workstation;

During initialization, it loads the shape information of a plurality of control stations and sub-boards in the base station to the GUI processing unit, and transmits a status check signal or an MMC command from the GUI processing unit, and sends a result value for the status check signal. A repeater which transmits the received signal to the GUI processor; And

When receiving the status check signal or MMC command from the repeater and transmits to the control station or the sub-board in the base station, when receiving the result value from the corresponding sub-board is configured to an application unit for transmitting it to the repeater It is done.

Meanwhile, in order to achieve the above object, a board-specific MMC command processing method using a GUI in a mobile communication system according to the present invention includes a first process in which a GUI processor requests shape information of a plurality of control stations and sub-boards in a base station as a repeater during initialization. step;

A second step of displaying, by the GUI processor, shape information of a plurality of control station shapes through the workstation after receiving the shape information of the control station and the sub-board in the base station from the repeater;

A third step of determining, by the GUI processing unit, whether an operator selects a specific control station from among a plurality of control station shape information displayed on the workstation;

If the selection is not made in the third step, the process proceeds to the third step again. If the operator selects a specific control station, the GUI processor performs configuration information of all base stations managed by the specific control station and the sub-board of the specific control station. A fourth step of displaying the shape information of the user through the workstation to the operator;

A fifth step of determining, by the GUI processor, whether an operator selects a subboard in the control station from among a plurality of base stations and subboards in the control station displayed on the workstation;

A sixth step of, if the operator selects a sub-board in the control station in the fifth step, displaying, by the GUI processor, a status and an MMC command selection screen through the workstation;

A seventh step of determining, by the GUI processor, which menu of an operator has selected a status and an MMC command;

An eighth step of, when the operator selects a status menu in the seventh step, the GUI processor transmits a status check signal of a sub-board in a control station selected by the operator to the application unit through the repeater; And

And the ninth step of displaying the result of the status check signal by the GUI processor on the workstation after receiving the result value of the status check signal from the application unit.

1 is a functional block diagram showing an internal configuration of a board-specific MMC command processing apparatus using a GUI in a mobile communication system according to an embodiment of the present invention;

2 is a flowchart illustrating a method of processing a board-specific MMC command using a GUI in a mobile communication system according to an embodiment of the present invention;

FIG. 3 is an operation flowchart illustrating a detailed operation of step 14 of the MMC command processing method for each board using a GUI in the mobile communication system according to FIG. 2.

<Explanation of symbols for the main parts of the drawings>

100: workstation 200: BSM database

300: GUI processing unit 400: repeater

410: PLD 500: application unit

Hereinafter, a board-specific MMC processing apparatus using a GUI in a mobile communication system according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a functional block diagram of a board-specific MMC processing apparatus using a GUI in a mobile communication system according to an embodiment of the present invention, the board-specific MMC processing using a GUI in a mobile communication system according to an embodiment of the present invention The apparatus is composed of a workstation 100, a database 200, a GUI processing unit 300, a repeater 400, a PLD (Program Load Data) 410, and an application unit 500.

The workstation 100 displays the shapes of the plurality of control boards or sub-boards in the base station to the operator upon initialization and then inputs the state or MMC command for the corresponding control station or sub-boards in the base station. While transmitting to the processing unit 300, and receives a result value for the status or MMC command from the GUI processing unit 300, and serves to display it to the operator.

In addition, the database 200 stores a list of MMC commands related to sub-boards in a plurality of control stations or base stations.

Meanwhile, the GUI processing unit 300 receives shape information of a plurality of control stations or sub-boards in a base station and transmits the shape information to the workstation 100 and then selects an MMC command of the corresponding sub-board from the workstation 100. Upon receiving the signal, the MMC command list in the database 200 is read and transmitted to the workstation 100, and the status check signal or MMC for the sub-board in the control station or the base station from the workstation 100 is transmitted. When the command is received, the signal is transmitted to the relay 400, and when the status check signal for the control board or the sub-board in the base station or the result value for the MMC command is received from the application 500, the workstation 100 receives the command. ) Is used to send.

In addition, the repeater 400 loads the shape information of a plurality of control stations and sub-boards in the base station to the GUI processing unit 300 and at the same time receives a status check signal or an MMC command from the GUI processing unit 300. When receiving the transmission to the application 500, while receiving a result value for the status check signal from the application 500 serves to transmit it to the GUI processing unit 300. At this time, the repeater 400 has a built-in PLD (410).

On the other hand, the PLD 410 embedded in the repeater 400 serves to store the shape information of a plurality of control stations or sub-boards in the base station.

In addition, when the application unit 500 receives the status check signal or the MMC command from the repeater 400, the application unit 500 transmits the result to the sub board in the control station or the base station, and receives the result value from the corresponding sub board. It serves to transmit to the repeater (400).

Next, a board-specific MMC processing method using a GUI in a mobile communication system according to an embodiment of the present invention will be described with reference to FIG. 2.

2 is an operation flowchart showing a board-specific MMC processing method using a GUI in a mobile communication system according to an embodiment of the present invention.

First, the GUI processing unit 300 requests the shape information of a plurality of control stations and sub-boards in a base station to the repeater 400 at initialization (S1).

Then, the GUI processing unit 300 receives the shape information of the control station and the sub-board in the base station from the repeater 400 and then displays only a plurality of control station shape information to the operator through the workstation 100 (S2). ).

Then, the GUI processor 300 determines whether the operator selects a specific control station from the plurality of control station shape information displayed on the workstation 100 (S3).

On the other hand, if not selected in the third step (S3), the process proceeds to the third step (S3) again, if the operator selects a specific control station, the GUI processing unit 300 is all base stations managed by a specific control station The shape information and the shape information of the sub-boards of the particular control station is displayed to the operator through the workstation 100 (S4).

Then, the GUI processor 300 determines whether the operator selects the sub-board in the control station from among the plurality of base stations and sub-boards in the control station displayed on the workstation 100 (S5).

When the operator selects the sub-board in the control station in the fifth step S5, the GUI processing unit 300 displays the status and MMC command selection screen through the workstation 100 (S6).

Then, the GUI processing unit 300 determines whether the operator selects which menu of the status and the MMC command (S7).

When the operator selects the status menu in the seventh step S7, the GUI processor 300 transmits the status check signal of the sub-board in the control station selected by the operator to the application unit 500 through the repeater 400. (S8).

Then, the GUI processing unit 300 receives the result value of the status check signal from the application unit 500 and displays it through the workstation 100 (S9).

On the other hand, when the operator selects the MMC command menu in the seventh step (S7), the GUI processing unit 300 reads the MMC command list of the board in the control station from the database 200 and then the workstation ( 100 through (S10).

Then, the GUI processing unit 300 determines whether the operator selects an arbitrary MMC command from the list of MMC commands of the board in the control station (S11).

If the MMC command is not selected in the eleventh step (S11), the process proceeds to the eleventh step (S11) again, and in the eleventh step (S11), the operator selects a specific MMC command from the list of MMC commands of the board in the control station. When the GUI processor 300 receives a specific MMC command from the workstation 100 and transmits to the application unit 500 through the repeater 400 (S12).

Then, the GUI processing unit 300 receives the MMC command result of the specific control station board from the application unit 500 through the relay 400 and then displays it through the workstation 100 (S13).

On the other hand, if the operator selects a specific base station without selecting a sub board in the control station in the fifth step (S5), the GUI processing unit 300 is a state and MMC command processing operation for a plurality of sub-boards in a specific base station Perform (S14).

In this case, the fourteenth operation S14 as described above will be described in more detail with reference to FIG. 3.

First, the GUI processor 300 displays the shape information of a plurality of sub-boards managed by a specific base station to the operator through the workstation 100 (S14-1).

Then, the GUI processor 300 determines whether the operator selects the shape information of the sub-boards in the base station displayed on the workstation 100 (S14-2).

If the shape information of the sub-boards in the base station is not selected in step 14-2, the process proceeds to step 14-2 again (S14-2), and in step 14-2 (S14-2). When the operator selects the sub-board in the base station, the GUI processing unit 300 displays the status and the MMC command selection screen through the workstation 100 (S14-3).

Then, the GUI processing unit 300 determines whether the operator selects which menu of the status and the MMC command (S14-4).

Then, when the operator selects the status menu in the step 14-4 (S14-4), the GUI processing unit 300 receives the status check signal of the sub-board in the base station selected by the operator through the repeater 400 Transmitting to the unit 500 (S14-5).

Then, the GUI processing unit 300 receives the result value of the status check signal from the application unit 500 and displays it through the workstation 100 (S14-6).

On the other hand, when the operator selects the MMC command menu in step 14-4 (S14-4), the GUI processor 300 reads the MMC command list of the board in the base station from the database 200 The display is displayed through the workstation 100 (S14-7).

Then, the GUI processor 300 determines whether the operator selects an arbitrary MMC command from the list of MMC commands of the board in the base station (S14-8).

Then, if the MMC command is not selected in the 14 th step (S14-8), the process proceeds to the 14 th step (S14-8) again, while the 14 th step (S14-8) When the operator selects the MMC command of the board in the base station, the GUI processor 300 receives a specific MMC command from the workstation 100 and transmits it to the application unit 500 through the repeater 400. (S14-9).

Then, the GUI processing unit 300 receives the MMC command result value of a board in a specific base station from the application unit 500 through the relay 400 and then displays it through the workstation 100 (S14-10). ).

As described above, according to the board-specific MMC processing apparatus using the GUI in the mobile communication system according to the present invention, the operator selects and processes the detailed status and MMC commands displayed on the workstation, thereby reducing the convenience of operation and trouble handling time. This can be effective, and it is an excellent effect to improve overall system operation and performance.

Claims (7)

Upon initialization, the operator displays the shapes of the sub-boards in the control station or base station to the operator and transmits them when the operator inputs the status or MMC command for the corresponding control station or sub-boards in the base station. A workstation for displaying a result of the input to the operator; A database for storing respective MMC command lists related to sub-boards in a plurality of control stations or base stations; Upon initialization, after receiving shape information of a plurality of control boards or sub-boards in a base station and transmitting them to the workstation and receiving an MMC command selection signal of the corresponding sub-board from the workstation, the MMC command list in the database is read out. Transmitting to the workstation and receiving a status check signal or MMC command for the control board or sub-board in the base station from the workstation, and transmitting a status check signal or MMC for the control board or sub-board in the base station. A GUI processor for transmitting the result of the command to the workstation; During initialization, it loads the shape information of a plurality of control stations and sub-boards in the base station to the GUI processing unit, and transmits a status check signal or an MMC command from the GUI processing unit, and sends a result value for the status check signal. A repeater which transmits the received signal to the GUI processor; And The mobile terminal is configured to transmit a status check signal or an MMC command from the repeater to a sub-board in a control station or a base station, and to receive the result value from the corresponding sub-board, and to transmit the result to the repeater. Board-specific MMC processing device using GUI in communication system. The method of claim 1, The repeater is a board-specific MMC processing apparatus using a GUI in a mobile communication system, characterized in that the PLD for storing the shape information of a plurality of control stations or sub-boards in the base station. A first step of requesting, by the GUI processor, shape information of a plurality of control stations and sub-boards in the base station to the repeater during initialization; A second step of displaying, by the GUI processor, shape information of a plurality of control station shapes through the workstation after receiving the shape information of the control station and the sub-board in the base station from the repeater; A third step of determining, by the GUI processing unit, whether an operator selects a specific control station from among a plurality of control station shape information displayed on the workstation; If the selection is not made in the third step, the process proceeds to the third step again. If the operator selects a specific control station, the GUI processor performs configuration information of all base stations managed by the specific control station and the sub-board of the specific control station. A fourth step of displaying the shape information of the user through the workstation to the operator; A fifth step of determining, by the GUI processor, whether an operator selects a subboard in the control station from among a plurality of base stations and subboards in the control station displayed on the workstation; A sixth step of, if the operator selects a sub-board in the control station in the fifth step, displaying, by the GUI processor, a status and an MMC command selection screen through the workstation; A seventh step of determining, by the GUI processor, which menu of an operator has selected a status and an MMC command; An eighth step of, when the operator selects a status menu in the seventh step, the GUI processor transmits a status check signal of a sub-board in a control station selected by the operator to the application unit through the repeater; And And a ninth step of displaying the result of the status check signal by the GUI processor on the workstation after the GUI processor receives the result value of the status check signal from the application unit. The method of claim 3, wherein In a seventh step, when the operator selects the MMC command menu, the GUI processor reads the MMC command list of the board in the control station from the database and displays the same through the workstation; An eleventh step of determining, by the GUI processor, whether an operator selects an arbitrary MMC command from a list of MMC commands of a board in a corresponding control station; If the MMC command is not selected in the eleventh step, the process proceeds to the eleventh step again. In the eleventh step, when the operator selects a specific MMC command from the list of MMC commands of the board in the control station, the GUI processor performs the above operation. A twelfth step of receiving a specific MMC command from a workstation and transmitting it to the application unit through the repeater; And And a thirteenth step of displaying, by the GUI processor, the MMC command result value of a board in a specific control station from the application unit and displaying the result through the workstation. Board-specific MMC command processing method using. The method of claim 3, wherein If the operator selects a specific base station without selecting a sub-board in the control station in the fifth step, the 14th step of the GUI processing unit performs a status and MMC command processing operation for a plurality of sub-boards in the specific base station Board-specific MMC command processing method using a GUI in a mobile communication system characterized by including. The method of claim 5, The fourteenth step may include a step 14-1 of displaying, by the GUI processor, shape information of a plurality of sub-boards managed by a specific base station to an operator through the workstation; Step 14-2 of the GUI processor determining whether an operator selects shape information of sub-boards in the base station displayed on the workstation; If the shape information of the sub-boards in the base station is not selected in step 14-2, the process proceeds to step 14-2 again. If the operator selects the sub-boards in the base station in step 14-2, the GUI processing unit states. And step 14-3 of displaying an MMC command selection screen on the workstation. Step 14-4 of the GUI processor determining whether an operator selects a menu among status and MMC commands; Step 14-5, when the operator selects a status menu in step 14-4, the GUI processor sends a status check signal of the sub-board in the base station selected by the operator to the application unit through the repeater; And The MMC for each board using the GUI in the mobile communication system, characterized in that it further comprises step 14-6 to display through the workstation after receiving the result value of the status check signal from the application unit. Command processing method. The method of claim 6, In step 14-4, when the operator selects an MMC command menu, the GUI processor reads the MMC command list of the board in the base station from the database and displays the same through the workstation; A step 14-8 in which the GUI processor determines whether an operator selects an arbitrary MMC command from a list of MMC commands of a board in a base station; If the MMC command is not selected in the step 14-8, the process proceeds to the step 14-8 again, and if the operator selects the MMC command of the board in the base station in the step 14-8, the GUI processing unit A step 14-9 of receiving a specific MMC command from the workstation and transmitting the specific MMC command to the application unit through the repeater; And In the mobile communication system characterized in that the GUI processing unit further comprises step 14-10 of receiving the MMC command result value of a board in a specific base station from the application unit through the repeater and then displaying it through the workstation How to process MMC command for each board using GUI.