KR100329176B1 - Method for processing statistics data in msc - Google Patents

Abstract

PURPOSE: A method for processing statistic data in an MSC(Mobile Switching Center) is provided to reduce the load of the MSC by gathering, outputting, and storing the statistic data about a statistic function by an operator and efficiently managing the statistic data. CONSTITUTION: If an operator inputs a desired statistic instruction(ST31), an MSDP(Measurements and Statistics Data Processing) stores information about the statistic instruction in a statistic instruction table(ST32). If an MSGR(Measurements and Statistics Gathering data on Route) and an MSGC(Measurements and Statistics Gathering data on Call) register a timer at the first period in an OS(ST33), the timer is operated at the first period(ST34). An ASP(Access Switching Processor) including the MSGR and the MSGC, an INP(Interconnection Network Processor), and an LRP(Location Registration Processor) gather statistic data and transmit the gathered statistic data to the MSDP(ST35). The MSDP composes statistic data of the second and third periods using the statistic data of the first period, confirms whether it is possible to output the statistic data, and outputs the statistic data in which output is requested(ST36). The MSDP stores the composed statistic data of the third period in a disk and outputs periodic statistic data by one-time, one-day and one-month units(ST37).

Description

Statistical Data Processing Method of Mobile Communication Switch

The present invention relates to the processing of statistical data in a mobile communication exchange, and in particular, the mobile communication exchange collects, outputs and stores statistical data about the statistical function and periodic statistical function by the operator to efficiently manage the statistical data of the exchange. To reduce the load.

In general, a mobile communication exchange is a switching system that enables communication while moving with a mobile terminal (mobile station) for a mobile object.

In addition, the mobile communication switch has a statistical function and a periodic statistical function by the operator. The statistical function by the operator means that when the operator needs statistical data, the statistical data is collected and output as many times as the operator inputs by inputting the statistical command, and the periodic statistical function is fixed without the operator's command. This function collects and saves statistical data every 15 minutes and outputs statistical data stored in 1 hour, 1 day, and 1 month units.

1 is a block diagram showing signal processing of a statistical data processing block of a conventional mobile communication exchange.

As shown in the figure, the entire mobile station controller (MSC), including measurement and statistics data processing (MSDP) 2, which requests statistical data to the statistical data collection block and receives and processes the collected statistical data, An OMP (Operation and Maintenance Processor) 1, which is a processor that performs an operation maintenance function of the processor; Measurements and Statistics Gathering Data on Route (MSGR) 4 and Measurements and Statistics Gathering Data on Call that perform the function of collecting and transmitting statistical data to the MSDP 2 according to the statistical data request of the MSDP 2. It consists of an Access Switching Processor (ASP) 3 that handles outgoing calls, including (5).

2 is a flowchart illustrating a method of processing statistical data by a conventional operator.

As shown therein, steps (ST1) (ST2) of generating a process to perform the input statistical command when the operator inputs a desired statistical command; Storing information input when a statistical command is input to the generated process, and registering and operating a timer for performing a periodic operation (ST3-ST5); Receiving, collecting and transmitting statistical data to the MSDP (2) after the timer is operated (ST6-ST8); Retrieving statistical commands stored in the process and outputting statistical data (ST9); Comparing the timer, if the statistics function has been performed as many times as the number of execution of the statistics command inputted, the process is configured to extinguish the process (ST10).

3 is a flowchart illustrating a conventional method of processing periodic statistical data.

As shown therein, steps of generating a process for performing a periodic statistical function and registering and operating a timer for performing periodic statistics (ST21-ST23); Operating the timer, receiving, collecting and transmitting statistical data (ST24-ST26); And storing the received statistical data on a disk and periodically outputting it (ST27).

The operation of the statistical data processing method of the conventional mobile communication exchange configured as described above will be described in detail with reference to the accompanying drawings.

First, in the measurement and statistics functions on the conventional mobile communication switch, the statistical data collection and transmission by the operator and the periodic statistics function are operated separately.

Therefore, both the statistical function and the periodic statistics function by the operator are ASP (3), INP (interconnection netwrok processor) and LRP (), which are the statistical data collection blocks for each given period in the measurement and statistical control block MSDP (2). Requests statistical data from MSGR, MSGC, MSGL, MSGS, MSGC, etc. in the Location Registration Processor block. Each statistics collection block collects statistical data and sends it to MSDP (2). This data is received and stored or output. Let's take a closer look at these two features.

First, let's look at the statistics function by the operator.

The statistics function by the operator generates statistics when the operator inputs statistical commands (statistic items, periods, counts, etc.) to request the statistical data. The statistical data request signal is sent as many times as the number of inputs per cycle input to the data collection block.In the statistical data collection block, when receiving the statistical data request signal, a single process is generated to collect the statistical data, and the statistical data request signal is transmitted to the MSDP (2). Done. The MSDP then outputs the received statistical data.

In other words, the operator wants a statistical command. In this case, the statistical command includes statistics items to be collected, a cycle, and a number of times (ST1). In addition, a child process for executing a statistical command input from the MSDP 2 is generated (ST2).

Therefore, the information (statistic items, cycles, counts, etc.) input when the statistical command is input is stored in the process table (ST3). Then, a timer is registered in an operating system (OS) so as to request collection of statistical data every input period, and the timer is operated every cycle (ST4) (ST5).

In this manner, the timer is periodically operated, and then a statistical data request signal is transmitted from the MSDP 2 to request statistical data from the statistical collection blocks MSGR 4 and MSGC 5 (ST6). The statistics collection block then generates a subprocess upon receipt of the statistical data request signal (ST7), collects the statistical data and sends it to the MSDP 2 (ST8).

Accordingly, the statistical command table is searched to check whether the output is possible, and the statistical data is output (ST9).

If the statistics function has been performed as many times as the number of the inputted statistical instructions, the process is destroyed. Otherwise, the process waits until the next timer operation (ST10).

Meanwhile, the periodic statistics function is as follows.

First, the periodic statistics function outputs statistical data every hour, day, and month, and is performed indefinitely regardless of the operator's input of statistical commands. Therefore, MSDP (2) creates one self-process that performs periodic statistics function and sends the statistical data request signal to the statistical data collection block every 15 minutes.The statistical data collection block collects statistical data every time the statistical data request signal is received. Will be sent to (2). The MSDP 2 stores the received statistical data every 15 minutes on the disk and outputs the statistical data every hour, day, or month. The periodic statistics function collects statistical data of only important items among the statistical items of the statistical function by the operator.

That is, the MSDP 2 generates a process for performing a periodic statistical function (ST21). The timer is registered in the OS to request the collection of statistical data periodically (15 minutes) (ST22), and the timer is operated every 15 minutes (ST3).

Then, the MSDP 2 transmits a statistical data request signal to the MSGR 4 and the MSGC 5, which are statistical data collection blocks, to request statistical data (ST24). Accordingly, MSGR (4) and MSGC (5), which is a statistical data collection block, generates a self-process to collect statistical data upon receiving the statistical data request signal (ST25), collects statistical data, and transmits it to MSDP (2). (ST26).

Therefore, the MSDP 2 stores the received periodic statistical data on the disk and outputs the statistical data every hour, day, or month (ST27).

However, the conventional statistical data processing method has a problem in that many statistical data request signals and statistical data signals are generated by collecting and transmitting statistical data separately from the statistical function and the periodic statistical function by the operator.

In addition, there was a problem in that a process was generated in the MSDP and the statistics data collection block when collecting statistics, and the performance of the exchange processor was degraded.

Accordingly, the present invention has been proposed to solve the conventional problems as described above, an object of the present invention is to collect and output the statistical data for the statistical function and periodic statistical function by the operator in the mobile communication exchange together The present invention provides a method of processing statistical data of a mobile communication exchange which reduces the load of the exchange by efficiently managing the statistical data.

Statistical data processing method of the mobile communication switch according to the present invention in order to achieve the above object,

In the method of processing statistical data of a mobile communication exchange having a Measurement and Statitics Data Processing (MSDP), Measurements and Statistics Gathering Data on Route (MSGR) and Measurements and Statistics Gathering Data on Call (MSGC),

Storing information about the statistical command in a statistical command table of the MSDP when an operator inputs a desired statistical command; Storing the information about the statistical command in a statistical command table, and then registering a timer with an operating system in a first period and operating the timer in a first period; Operating a timer at the first period and collecting and transmitting statistical data; The technical configuration is characterized by comprising the step of configuring the statistical data of the second and third periods using the statistical data of the first period and outputting the statistical data required for output.

1 is a block diagram showing signal processing of a statistical data processing block of a conventional mobile communication exchange;

2 is a flowchart illustrating a method of processing statistical data by a conventional operator;

3 is a flow chart showing a conventional method for processing periodic statistics data;

4 is a block diagram showing signal processing of a statistical data processing block of a mobile communication switch to which the present invention is applied;

5 is a flowchart illustrating a method of processing statistical data of a mobile communication switch according to the present invention.

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

11: OMP 12: MSDP

13: ASP 14: MSGR

15: MSGC

Hereinafter, an embodiment according to the technical idea of the method for processing statistical data of the present invention configured as described above will be described in detail.

4 is a block diagram showing signal processing of a statistical data processing block of a mobile communication switch to which the present invention is applied.

As shown here, OMP 11 which is a processor which performs the operation preservation function of the entire mobile communication switch, including the MSDP 12 which processes the collected incoming code statistical data; And an ASP 13 which processes outgoing calls, including MSGR 14 and MSGC 15, which perform the function of collecting and transmitting statistical data to the MSDP 12.

5 is a flowchart illustrating a statistical data processing method of a mobile communication switch according to the present invention.

As shown therein, when the operator inputs a desired statistical command, storing information on the statistical command in the statistical command table of the MSDP (ST31) (ST32); Storing the information about the statistical command in a statistical command table and registering a timer with the operating system in a first period and operating the timer in a first period (ST33) (ST34); Operating the timer at the first period and then collecting and transmitting statistical data (ST35); And configuring the statistical data of the second and third periods using the statistical data of the first period and outputting the statistical data for which output is required (ST36) (ST37).

In step (ST36) (ST37) of constructing the statistical data of the second and third cycles using the statistical data of the first cycle and outputting the statistical data that is required for output, the first cycle operates a timer and The first period for periodically outputting data, the second period is a longer period than the first period, and the third period is longer than the second period and has a time of about 1 hour.

In step (ST36) (ST37) of configuring the statistical data of the second and third periods using the statistical data of the first period and outputting the statistical data for which output is required, the statistical data of the first period is received. Constructing the statistical data of the second and third periods by using the method and checking whether the output is possible in the statistical command data table, and then outputting the statistical data for which output is required (ST36); And storing the statistical data of the third period on the disk and outputting the periodic statistical data in units of 1 hour, 1 day, and 1 month (ST37).

The operation of the statistical data processing method of the mobile communication switch according to the present invention configured as described above will be described in detail with reference to the accompanying drawings.

First, in the present invention, the MSDP 12 does not transmit a statistical data request signal to each of the statistical data collection blocks MSGR 14 and MSGC 15. That is, the MSDP 12 transmits statistical data directly to the MSDP 12 from each statistical data collection block without requiring statistical data from each statistical data collection block. In each statistical data collection block, a timer is registered at a predetermined period (for example, about 10 minutes), and all the statistical data are collected and transmitted to the MSDP 12 continuously when the timer is operated. In addition, MSDP (12) outputs the statistical data for the statistical command input in the statistical instruction table by the operator among the statistical data sent from each statistical data collection block, and saves the statistical data for the periodic statistical items separately on disk 1 The output will be output in units of hours, days, or months.

That is, when the operator inputs the desired statistics command (ST31), the MSDP 12 stores the information about the statistics command in the statistics command table (ST32). When the timer is registered with the operating system in the first period (about 10 minutes) in the statistical data collection block (ST33), the timer operates at the time of the first period (ST34).

As described above, after the timer is operated in the first period, the ASP 13 including the statistical data collection blocks MSGR 14 and the MSGC 15, and the INP and the LRP collect statistical data and transmit the statistical data to the MSDP 12 ( ST35). This collection of statistical data is repeated over and over.

Thus, the statistical data of the second and third periods are configured using the statistical data of the first period, and the statistical data for which the output is required is output. It is composed of statistical data of about 10-minute periods received and constitutes statistical data of the second cycle (for example, 30 minutes) and the third cycle (for example, 60 minutes), and confirms whether or not output is possible in the statistical command table Afterwards, statistical data for which output is required is output (ST36). In addition, the statistical data of the configured third period (about 60 minutes) is stored on the disk and periodic statistical data is output in units of 1 hour, 1 day, and 1 month (ST37).

As described above, the present invention collects, outputs and stores statistical data about the statistical function and the periodic statistical function by the operator in the mobile communication exchange to efficiently manage the statistical data.

As described above, the statistical data processing method of the mobile communication exchange according to the present invention collects, outputs and stores statistical data on the statistical function and periodic statistical function by the operator in the mobile communication exchange to process and collect statistics Reducing the signal has the effect of reducing the load on the exchange.

In addition, the present invention has an effect that can effectively manage the statistical data by managing the statistical data by the operator and the statistical data by the periodic statistical function.

Claims (3)

In the method of processing statistical data of a mobile communication exchange having a Measurement and Statitics Data Processing (MSDP), Measurements and Statistics Gathering Data on Route (MSGR) and Measurements and Statistics Gathering Data on Call (MSGC), Storing information about the statistical command in a statistical command table of the MSDP when an operator inputs a desired statistical command; Storing the information about the statistical command in a statistical command table, and then registering a timer with an operating system in a first period and operating the timer in a first period; Operating a timer at the first period and collecting and transmitting statistical data; And configuring statistical data of the second and third periods using the statistical data of the first period and outputting statistical data for which output is required. The method of claim 1, wherein the statistical data of the second period and the third period are configured using the statistical data of the first period, and the statistical data required for output is output. The first period is the first period of operating the timer and periodically outputting the statistical data, the second period is longer than the first period, and the third period is longer than the second period and is about one hour long. Statistical data processing method of a mobile communication switch comprising a. The method of claim 1, wherein the configuring of the statistical data of the second and third periods using the statistical data of the first period and outputting the statistical data that requires output includes: Constructing statistical data of the second and third periods using the received statistical data of the first period, checking whether the output is possible in the statistical command data table, and then outputting the statistical data required for output; And storing the statistical data of the third period on the disk and outputting periodic statistical data in units of 1 hour, 1 day, and 1 month.

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