KR19990056536A - Graphic processing method of base station channel status in base station management system - Google Patents

Abstract

The present invention relates to a method of graphically processing channel state information in a master and slave systems, which are mobile communication base station management systems, and displaying the same in an alarm state graphic.

In the base station management system according to the present invention, a method for obtaining an alarm state graphic block from the state management block by the state management block, the process of performing omdmmc in the alarm state graphic of the master base station management system or slave base station management system, the alarm state graphic block The omdmmc block executed by the process forks the state management block STM, and the forked state management block writes the result of the command given by the alarm state block through the omdmmc to a file through a pipe. It is made to include.

The present invention, as well as the master base station management system, a plurality of slave base station management system to accurately and quickly process the channel status information graphically to the operator more clearly displayed in the alarm status graphics, alarm due to abnormal performance of the status management block It provides operational efficiency to the operator by preventing abnormal performance of status graphics.

Description

Graphic processing method of base station channel status in base station management system

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a graphic processing method of a base station channel state in a base station management system. How to handle the failure status graphically in the alarm status graphic that informs the operator of the failure status of each device of the base station transceiver subsystem (BTS) and the base station controller (BSC) among the BSMs The present invention relates to a method of informing a user by graphically processing VOCODER channel status of a base station controller and status information of a channel card of a base station.

In the conventional base station management system, the graphic processing of the channel type and channel state information of the alarm status graphic is performed by first selecting a screen indicating the state and type of the channel in the alarm status graphic. After accessing the status manager (STM), which plays a role in the status management and overload control functions of the controller, open the pipe between the block alarm status graphics and fork the status management block. Receive state information owned by a block through a pipe. The received information was implemented by the channel type (TCE, PSA, etc.) and the status information divided by the background color of the channel elements of the channel screen to the operator. The graphic processing of the channel state information is repeatedly performed every 5 seconds while the channel information screen is displayed in the alarm state graphic, and the execution is stopped when the channel screen is closed.

In order to graphically process the state information of a channel in the conventional state management system, the pipe must be opened between the alarm state graphic and the state block in order to access the state management block (STM) and then send and receive the state information. After opening the pipe, we fork the state block and execute the state block to get the state information.

In this case, the first problem is that the slave base station management system, which is processed by reading the data shared by the master system, cannot fork the state management block (STM). It cannot be implemented. The second problem is the use of semaphores to open the pipe between the alarm state graphic and the state management block. If the alarm state graphic does not grab the semaphore, it will not be able to continuously retrieve the status information. The third problem is that if you semaphore to open the pipe and then fork the status block, but the status block fails to exit the pipe due to its own error, it fails to reflect the failure status of each device in the alarm status graphic. May occur. In this case, a problem arises in that the alarm status graphic needs to be executed again.

Accordingly, the present invention was devised to solve the same problem as before, and is shown using the omdmmc function, which is a method of inputting and processing a command through a text form to a command handling window processor. Thus, the base station channel status in the base station management system to allow the operator to view the channel status and alarm information that is graphically processed by the base station system serving as a master and the multiple base station systems linked to the slave. It is an object to provide a treatment method.

1 is a diagram illustrating a process in which an alarm state graphic block in a master or slave base station management system obtains state information of a channel from a state management block;

2 is a diagram of a routine in which an alarm status graphic block obtains and graphically processes channel status information and alarm information in accordance with the present invention.

3 is a vocoder status screen of the base station controller.

4 is a screen showing channel elements of a base station.

In a base station management system according to the present invention, which is designed to achieve the above object, an exemplary embodiment of the method for obtaining the status information from the status management block by the alarm status graphic block is provided.

Performing omdmmc on an alarm state graphic (uim_almx) of a master base station management system or a slave base station management system;

Forking the state management block STM by the omdmmc block executed by the alert state graphic block; And

The forked state management block includes a process of writing the result of the command given by the alarm state block through the omdmmc to a file through a pipe.

In the present invention, the omdmmc is

omdmmc "dis-sve-stc: bsc + 0, sip = 0;" And

omdmmc "dis-ce-sts: bsc = 0, bcp = 0, cip = 0;" It is preferable to run it by command,

It is preferable that the alarm status graphic reads the data written in the file, and the data is graphically processed and displayed on the channel status screen to finally inform the operator of channel status information.

In the base station management system according to the present invention for achieving the above object is a preferred embodiment of the method for graphic processing the alarm status graphics using the channel state information and alarm information,

A first step in which an operator operating the base station management system clicks a button on a channel display screen of an alarm status graphic;

A second step of opening the channel display screen of the alarm status graphic;

In the second step, the alarm status graphic is a third step in which the failure processing block continuously records and changes alarm information generated between the base station and the base station controller;

A fourth step of reading the alarm data file and obtaining information corresponding to the opened channel screen;

A fifth step of notifying the operator of alarm information by expressing channel related alarm information read from the alarm data file in a color of a string indicating a type of a channel element;

The sixth step of executing the omdmmc block with a command to obtain a channel state through a format of inputting and processing a text command called omdmmc;

A seventh step of forking the executed omdmmc block to a state management block;

An eighth step of executing the omdmmc command to display channel state information in the state management block forked by the omdmmc block;

A ninth step of writing a result of the omdmmc command to a file through a pipe;

The alarm status graphic is a tenth step of reading the status information data of the channel written by the status management block; And

And displaying the data by graphically processing the background color of the channel elements on the channel element screen, thereby informing the operator of channel status information.

In the present invention, the abnormal performance of the state management block is displayed by the omdmmc block, the display of the abnormality, nothing, fork off, so that the abnormal performance of the alarm state management block due to the abnormal performance of the state management block does not occur. Desirable,

The channel information graphic processing routine repeatedly updates the channel-related state and alarm information by repeatedly performing the operation every 5 seconds when the channel screen is open. The channel information graphic processing routine stops performing the operation and closes the opened pipe when the channel screen is closed. It is desirable to close

The step of graphic processing of the channel status and alarm information is performed in the same manner in the master base station system and the slave base station system. Through this method, the slave base station management system connected to the LAN enables graphic processing of the alarm status graphic of the status information. Due to this, it is desirable to be able to inform the operator of the status of the channel more conveniently.

In the fifth step, it is preferable to set an alarm class for each color of the channel type string.

Among the colors, red is a high alarm, orange is a medium alarm, yellow is a low alarm, green is a normal state, gray is not mounted state,

Preferably, the string indicating the type of channel element is one of PCE, ACE, PIL, SYN, PAC, SAC, REDU, PSA, SPIL, PSC, and TCE.

In the eleventh step, the background color of the channel element is preferably white.

The step of the graphic processing operation of the channel state and the alarm information is preferably performed in the master base station system and the slave base station system.

1 is a simplified summary of a routine in which an alert state graphic block gets state information from a state management block. As shown in FIG. 2, in order to obtain channel status information from the alarm status graphic block uni_almx in the master or slave base station management system, as in (a) and (b), omdmmc "dis-sve-sts: bsc = 0, sip = 0; "and omdmmc" dis_ce_sts: bsc = 0, bcp = 0, cip = 0; " Omdmmc is executed by the command, and the omdmmc block executed by the alarm status graphic block forks STMX, a state management block as shown in (c). The state management block forked by the omdmmc block writes the result of the execution of the alarm status graphic given to omdmmc to a file via pipe. At this time, the data written in the file is read by the alarm status graphic, and the data is graphically displayed on the channel status screen, allowing the operator to finally know the channel status information.

In the present invention, how the alarm status graphic obtains channel status information and alarm information and processes the graphic with reference to FIG. 2 will now be described.

When the operator operating the base station management system clicks a button on the screen showing channel information of the alarm status graphic (a), the channel screen is opened (b).

When the screen displaying the channel information is opened, the alarm status graphic block performs two operations.

First, the alarm status graphic block is opened by reading the alarm data file (ALMDATA: (c)), which causes the fault handling block (flmx) to continuously record and change the alarm information generated by the base station and the base station controller (c-1). The alarm information corresponding to the channel screen is imported (d). Channel related alarm information read from alarm data file is reflected to color of string (PCE, ACE, PIL, SYN, PAC, SAC, REDU, PSA, SPIL, PSC, TCE) indicating channel element type. Tells.

In this case, red means critical alarm, orange major, yellow minor, green normal and gray not Equip.

The second operation of the fault alarm status graphic executes an omdmmc block by inputting a text command called omdmmc and getting the state of the channel through the processing format (e-1). The executed omdmmc block forks the state management block (STMX) (f). The state management block forked by the omdmmc block executes the omdmmc command that displays channel state information (f-1) and writes the result to a file through a pipe (g). In this case, the abnormal execution of the state management block causes the omdmmc block to display and fork the abnormality or nothing, thus preventing abnormal execution of the alarm state management block due to the abnormal execution of the state management block.

The alarm status graphic reads the status information of the channel written to the file by the status management block and displays it to the operator by graphically processing the background color of the channel elements on the channel element screen (h). At this time, if the alarm status graphic cannot obtain channel status information from the status management block, the background color of the channel element is displayed in white. The above channel information graphic processing routine repeatedly updates the channel-related status and alarm information by repeating the above operation every 5 seconds if the channel screen is open, and stops performing the operation and closes the opened pipe at the moment the channel screen is closed. Close it.

The steps of the graphic processing operation of this channel state and alarm information are performed in the same manner in the master base station system and the slave base station system. In this way, even the slave base station management system connected to the LAN can graphically process the alarm status graphic of the status information to inform the operator of the channel status more conveniently.

In the present invention operating as described above, the state management block (STM) is executed by performing an omdmmc command, which is a method of inputting and processing an instruction in text form to the instruction processor without directly forking the state management block in the alert state graphic block. By taking the channel state data to be delivered, not only the master base station management system, but also multiple slave base station management systems can graphically process the channel state information more accurately and quickly, which makes it easier for the operator to display the alarm status graphic. Abnormal performance of the alarm status graphic due to abnormal performance of the status management block can be prevented, providing operational efficiency to the operator.

Claims (12)

Performing omdmmc on an alarm state graphic (uim_almx) of a master base station management system or a slave base station management system; Forking the state management block STM by the omdmmc block executed by the alert state graphic block; And The forked state management block includes a process of writing the result of the command given by the alarm state block through the omdmmc to a file through a pipe. How to get it. The method of claim 1, wherein the omdmmc is omdmmc "dis-sve-stc: bsc + 0, sip = 0;" And omdmmc "dis-ce-sts: bsc = 0, bcp = 0, cip = 0;" A method of alarm status graphics in a base station management system, executed by instructions, to obtain status information from the status management block. The alarm status graphic block of claim 1, wherein the alarm status graphic reads the data written in the file, and the data is graphically processed and displayed on the channel status screen to inform the operator of the status information of the channel. How to get state information from a state management block. A first step in which an operator operating the base station management system clicks a button on a channel display screen of an alarm status graphic; A second step of opening the channel display screen of the alarm status graphic; In the second step, the alarm status graphic is a third step in which the failure processing block continuously records and changes alarm information generated between the base station and the base station controller; A fourth step of reading the alarm data file and obtaining information corresponding to the opened channel screen; A fifth step of notifying the operator of alarm information by expressing channel related alarm information read from the alarm data file in a color of a string indicating a type of a channel element; The sixth step of executing the omdmmc block with a command to obtain a channel state through a format of inputting and processing a text command called omdmmc; A seventh step of forking the executed omdmmc block to a state management block; An eighth step of executing the omdmmc command to display channel state information in the state management block forked by the omdmmc block; A ninth step of writing a result of the omdmmc command to a file through a pipe; The alarm status graphic is a tenth step of reading the status information data of the channel written by the status management block; And In the base station management system, the alarm status graphic includes the channel status information and the alarm information, which comprises an eleventh step of informing the operator of the channel status information by graphically processing the data as the background color of the channel elements of the channel element screen. How to use graphics processing. The method of claim 4, wherein abnormal execution of the state management block causes the omdmmc block to display and fork abnormalities, thereby preventing abnormal performance of the alarm state management block due to abnormal execution of the state management block. And graphical processing method of base station channel status in base station management system. The method of claim 4, wherein the channel information graphic processing routine repeatedly performs the operation every 5 seconds when the channel screen is open to update channel related status and alarm information, and performs the operation at the moment the channel screen is closed. The method of graphic processing of the base station channel state in the base station management system to stop the operation and close the open pipe. The method of claim 4, wherein the graphic processing of the channel state and the alarm information is performed in the same manner in the master base station system and the slave base station system. The alarm state of the state information is also performed in the slave base station management system connected to the LAN through this method. The graphics processing method of the base station channel state in the base station management system that can be informed to the operator of the state of the channel more conveniently due to the graphical processing of the graphic. 5. The graphic processing method according to claim 4, wherein in the fifth step, an alarm class is set for each color of the channel type string. 9. The base station channel state of the base station management system of claim 8, wherein red is a high alarm, orange is a medium alarm, yellow is a low alarm, green is a normal state, and gray is an unmounted state. Graphics processing method. 5. The graphical representation of a base station channel state in a base station management system as defined in claim 4, wherein the string representing the type of channel element is one of PCE, ACE, PIL, SYN, PAC, SAC, REDU, PSA, SPIL, PSC, TCE. Treatment method. 5. The method according to claim 4, wherein the background color of the channel element is white in the eleventh step. 5. The method according to claim 4, wherein the step of performing graphic processing of the channel state and alert information is performed in the same manner in the master base station system and the slave base station system.