KR100221482B1 - Method for processing statistic of base station controler data in personal communication exchange - Google Patents

Abstract

The present invention reports the measurement results of the base station controller periodically or aperiodically to the operator, and responds to the traffic measurement requirements for individual subscribers for each base station controller in response to a predetermined Man-Machine Command (MMC) command input from the operator. The present invention relates to a measurement and statistical method for a base station controller in a personal communication exchange system capable of reporting an operator to the operator. The measurement result for the base station controller is periodically or aperiodically in units of 1 hour / 1 day / 1 month. In addition to being reported to the operator, when the operator requests traffic measurement for individual subscribers of each base station controller, the result is reported to the operator so that the operator can easily check the status of the base station controller to efficiently manage the personal communication exchange. Will be.

Description

Measurement and Statistical Method for Base Station Controller in Personal Communication Switching System

The present invention relates to a measurement and statistical method for a base station controller in a personal communication switching system. More particularly, the measurement results for the base station controller are periodically or aperiodically reported to the operator, and a predetermined MMC ( The present invention relates to a measurement and statistical method for a base station controller in a personal communication switching system that can report a result of a traffic measurement request to a subscriber of a personal communication subscriber for each base station controller in response to a Man-Machine Command command.

Nowadays, the exchange system designed for a normal function for call processing of a subscriber line connected to a subscriber line has recently been used for personal communication subscribers using a hand-phone or a car-phone. In consideration of the mobility of the terminal, a personal communication service function is provided to enable call setup and communication in a state in which local or local restrictions are minimized.

According to the Personal Communication Exchange (PCX) for realizing such a service function of personal communication, the personal communication system is a wired / wireless integrated system in which a wireless subscriber processing function is added to the existing service processing function for wired subscribers. In addition to providing a variety of services guaranteed in the communication network to provide a variety of communication services provided in the existing network (網) provides a linkage function with other networks (ISDN, PLDN, etc.) heterogeneous with the personal communication network.

1 is a schematic block diagram of a general personal communication switching system, in which reference numerals 10a to 10n are subscribers referred to as so-called 'mobile phones' for carrying out communication by mobility while being portable by a personal communication subscriber. Terminals 20a to 20n are base stations for transmitting / receiving a plurality of subscriber stations and call processing data, respectively, for transmitting / receiving radio signals for each subscriber station, converting communication protocols, encrypting / decrypting, and the like.

Reference numerals 30a to 30n denote base station controllers which perform functions related to allocation control and handoff determination of communication channels for the subscriber stations 10 to 10n, respectively, while managing a plurality of base stations. It is a personal communication switch interfaced with the base station controllers 30a-30n; 30 in accordance with IS-651 / IS-634 standard, and 50 denotes a home location register (HLR) which will be described later for each subscriber station 10. It is matched with the authentication center for performing the license processing for any subscriber terminal (10).

Reference numeral 60 denotes a personal communication exchange of another station for mutual communication of communication information by being interconnected with the personal communication exchange 40 through a trunk medium.

2 is a view for explaining a schematic configuration of the personal communication switch 40 shown in FIG. 1, in which 72a to 72n correspond to the base station controllers 30a to 30n to perform wireless mobile communication. An access switching subsystem for wireless subscriber (ASS-W) for executing the call processing function of the subscriber station (10). Here, the ASS-W (72a-72n) has a horizontal system structure so that it can be expanded in units of ASS-W if necessary while performing the call processing function or self-operation maintenance function for most personal communication. In addition, 74 denotes an existing wired analog subscriber terminal, and 76 denotes an access switching subsystem for subscriber (ASS-S) for executing a call processing function of the wired analog subscriber terminal 74. Bar ASS-S (76) also performs most of the call processing function for the wired subscriber terminal 74 or its own operation maintenance function, if necessary, the system can be expanded in units of the ASS-S. It will have a horizontal structure.

In FIG. 2, reference numeral 78 denotes the overall number of the corresponding personal communication switch 40 through a data link (ie, an optical link) for the ASS-W 72 (72a-72n) and the ASS-S 76. Interconnection network subsystem (INS) in charge of call processing / administrative control (INS), the INS (78) is the ASS-W / ASS-S (72) for the configuration of the switching network (TST) In addition to the space switch (Space switch) associated with the time switch (T) located at 76, to ensure the mobility of the subscriber station 10 existing in the service area of the corresponding personal communication switch 40 A VLR (Visitor Location Register) that performs information processing and mobility management functions is housed in the system.

In FIG. 2, reference numeral 80 denotes an access switching subsystem for trunk (ASS-T) for relay line matching with a personal communication switch 60 of the other station. 80) includes a public switched data switched network (PSDN) and a comprehensive information and communication network for the unification of exchange / transmission / subscriber terminals on the premise of digital technology to provide telephone / telephone and various non-systemic services. Integrated service digital network (ISDN), which has at least one in a personal communication network, functions as a database management system that stores and manages subscriber parameters and location information for all terminals registered in its PCN, while accessing subscriber terminals. In addition to registering important data including basic services and supplementary services, the incoming subscriber's routing period The HLR (Home location register) are connected to perform.

Further, reference numeral 82 is connected to the INS 78 via a data link to access the No. 7 signaling matching subsystem for SS No-7 signal processing matching. )to be.

In FIG. 2, reference numeral 84 denotes a central control system composed of a processor and a peripheral device for performing a comprehensive operation management and maintenance function of a corresponding exchange by signaling with the INS 78 (Work station). control system (CCS), and the CCS 78 collects and processes the charging data transmitted from the exchange 40 while interworking with the corresponding exchange 40 by the "Personal Communication Switching / Charging Center Interconnection Standard". A centralized authomatic message accounting (CAMA) 86 is connected and the exchange 40 is linked by a "TMN Q interface" to provide centralized operation / maintenance / maintenance functions for the entire component of the personal network. An OMC (Operation and Maintenance Center) and a Network Management Center (NMC) 88 for managing a personal communication network are connected.

According to the personal communication switching system having such a configuration, for example, when call setup is required from a mobile subscriber station (e.g. 10a) accommodated in the base station controller 30a, the personal communication switch 40 from the base station controller 30a according to the call setup request is required. In response to the call establishment request, the ASS-W 72a of the ASS-W 72a executes call setup processing for a mobile subscriber station or a wired subscriber terminal (e.g., 74) to be received in its own country, or a personal communication exchange (e.g., reference) of another station. The call establishment process for the mobile subscriber station or the wired subscriber terminal housed in No. 60 is governed, and the billing information is processed and forwarded to the CAMA 86 through the CCS 84 for such call establishment request.

In addition, when a call setup is generated and transmitted to a mobile subscriber station (for example, 10a) received in the home country, the corresponding ASS-W 72a and the base station controller 30a of the personal communication switch 40 are transmitted. Call setting processing is performed for the subscriber station 10a to be received.

In such a personal communication switching system, it is necessary to secure information about a base station controller connected to the ASS-W periodically or as necessary for a smooth call processing.

Accordingly, the present invention was created in response to the above-described requirements, and reports the measurement results of the base station controller to the operator periodically or aperiodically, and responds to a predetermined Man-Machine Command (MMC) command input from the operator. The purpose of the present invention is to provide a measurement and statistical method for a base station controller in a personal communication exchange system that can report the result of the traffic measurement request to the subscriber for each base station controller.

According to a preferred embodiment of the present invention for realizing the above object, in the personal communication exchange system that tracks the position of the wireless subscriber terminal at all times to perform a call processing service between the wireless subscriber terminal and the wired / wireless subscriber, CCS MSMP of OMP built in OMP drives timer built in the OS of ASP and if every hour is notified from the timer, PSGL embedded in LRP of INS is requested to transmit the collected data per hour according to the measurement result of base station controller. A second step of querying the collected data from the MSLC of the ASP; and storing the collected data according to the inquiry result in the PSGL, and then transmitting the collected hourly data to the MSDP. The third step of storing the collected data in the MT / DK of the OMP and outputting the collected data to the operating terminal through the MC and OC of the MMP. And a fifth step of storing the collected data in a daily database embedded in the MSDP.

In addition, according to another embodiment of the present invention for realizing the above object in the personal communication exchange system that performs a call processing service between the wireless subscriber terminal and the wired / wireless subscriber by always tracking the position of the wireless subscriber terminal, A first step of transmitting a traffic measurement request signal for a personal communication subscriber for each base station controller to the PSGL of the INS when an MMC command corresponding to the traffic measurement request for the personal communication subscriber for each base station controller is input to the MSDP; The second step of storing the collected data after querying the initial collected data in the MSLC, when the PSGL transmits a response signal according to the traffic measurement for the personal communication subscriber for each base station controller to the MSDP, the MSDP is ASS-W A third step of driving the one-time measurement period notification timer in the OS, by the timed operation of the one-time measurement period notification timer. A fourth step in which the OSDP transmits a transmission request signal for data collected to the PSGL when the OS transmits a one-time measurement period notification signal from the MSDP, and in response to the request, the PSGL receives the last collected data in the MSLC. A fifth step of transmitting and collecting the collected data to the MSDP after the query is stored and the sixth step of storing the collected data in the MT / DK and outputting the collected data to the operating terminal through the MC and the OC. Provided are a measurement and statistical method for a base station controller in a personal communication exchange system consisting of steps.

According to the present invention made up of the above steps, the measurement result for the base station controller is periodically outputted through the operator terminal at an interval of 1 hour, 1 day, and 1 month, and the operator is not the individual communication subscriber for each base station controller. When the MMC command is input according to the traffic measurement request, the operator terminal outputs information on the base station controller so that the operator can easily check the state of the base station controller.

1 is a diagram illustrating a general personal communication system;

FIG. 2 is a schematic block diagram of the exchanger shown in FIG. 1;

3 is a view showing the main block configuration of the personal communication exchange system to which the present invention is applied;

4 to 9 are flowcharts illustrating a measurement and statistical method for a base station controller in a personal communication switching system according to a preferred embodiment of the present invention.

* Explanation of symbols for the main parts of the drawings

10: subscriber station, 20a-20n: base station,

30a-30n: base station controller, 40: switchboard,

50: Certification Center, 72a-72n: ASS-W,

78: INS, 80: ASS-T,

100: HLR.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. FIG. 3 is a block diagram illustrating a main part of a personal communication exchange system to which the present invention is applied, and the same reference numerals as those of FIG. 1 are used for components that perform the same functions as those of FIG. 1. The detailed description thereof will be omitted.

In the figure, the ASS-W indicated by the reference number 72a is connected to the peripheral processor in the ASS and the global bus to perform the main control by performing traffic control, NO.7 maintenance, ASS maintenance and operation, and additional services. Measurement and Statistics Shared Library on Call (MSLC) 72a2 (Access Switching Processor) 72a1 and a common procedure and database for interfacing call processing and maintenance blocks with statistics blocks mounted in the ASP 72a1. And providing an operating program in the initial stage of startup and generating predetermined time data through a built-in timer to transmit various time notification signals to the PSGL 78a2 of the LRP 78a1 embedded in the INS 78 which will be described later. It comprises an OS 72a3 to apply.

The INS indicated by reference numeral 78 is configured with a Location Registration Processor (LRP) 78a which is in charge of overall control according to mobile subscriber control information management, and the LRP 78a has an OMP 84b of CCS 84 to be described later. It is required to collect and analyze the location registration operation, VLR related data measurement and statistical data from MAP traffic from MSDP (84b1) installed in the The PSX Statistics Gathering Location register (PSGL) is built in, which functions to send the results to its MSDP 84b1.

In addition, CCS 84, denoted by reference numeral 84 in Fig. 3, is a Man Machine Processor (MMP) 84a that enables communication between an operator and a system or between an operation center and a system, and a series of operations and maintenance related functions in the system. OMP (Operation Maintenance Processor) (84b) that is configured to oversee the configuration, where the MMP (84a) to examine the operator eligibility to provide an interface path between the operator and the system to determine whether to allow access to the system and the section of the command If a conversation is established, the operator performs syntax and semantic analysis on the command input by the operator, informs the operator of the result, and transmits command information so that the command can be executed in the corresponding block (84a1). And input information received from the MC 84a1 as a block providing an interface to a user program. Configuration of an output message in conjunction with the EC (84a2) and the MC (84a1), EC (84a2) and the EC (84a2) for monitoring the execution status of the command and processing the status of execution of the command being carried out to the user side In addition to being in charge of the control, the output data is reconfigured to suit the output mode, and the output device is selected and controlled according to the message type for transmission to the operator or support center, and the MMC commands related to output message output are processed and processed. It is configured with OC (Output Control) 84a3 that performs the function of outputting the result.

In addition, the OMP 84b constituting the CCS 84 shown in FIG. 3 stores various types of data necessary for overseeing a series of operations and maintenance related functions in the system, and the base station controller according to the present invention. MT / DK (Magnetic Tape / Diskette) 84b2 as an auxiliary memory device for storing data according to the measurement result, and the EC 84a2 of the MMP 84a while being physically connected to the PSGL 78a2 of the LRP 78a1. Physically connected to the MC 84a1 to process the MMC command input through the EC 84a2, and outputs the measurement data to the base station controller periodically for 1 hour / 1 day / 1 month. It is configured with a function to deliver to the operator through the MC (84a1), and MSDP (Measurement and Statistics Data Processing) (84b1) for receiving the statistical control-related commands to perform the operation.

Next, the operation of the measurement and statistics method for the base station controller in the personal communication switching system according to the preferred embodiment of the present invention having the above-described configuration will be described in detail with reference to the flowcharts shown in FIGS. 4 to 9. .

4 to 6 are flowcharts illustrating a periodic measurement method based on a system plan among measurement and statistical methods for a base station controller in a personal communication switching system according to a preferred embodiment of the present invention.

First, if the MSDP 84b1 embedded in the OMP 84b of the CCS 84 drives the timer for every hour notification built in the OS 72a3 of the ASP 72a1 (step 100), the above When the timer performs the clocking operation and reaches the hourly result, the hourly notification signal is transmitted to the MSDP 84b1 (step 101).

Accordingly, the MSDP 84b1 requests transmission of the collected data to the PSGL 78a2 of the INS 78 in units of one hour (step 102), and in response to the request, the PSGL 78a2 transmits the MSLC ( 78a2) transmits a request for transmission of data collected in units of one hour, and inquires the collected data for one hour in the MSLC 78a2 (step 103). 78a2) (step 104).

Then, the PSGC 78a2 transmits and reports the corresponding hourly collected data to the MSDP 84b1 of the OMP 84b (step 105), and the MSDP 84b1 that has received the hourly collected data is reported. Saves the measurement result of the corresponding one-hour base station controller in the MT / DK 84b2 of the OMP 84b (step 106), and simultaneously stores the measurement result of the one-hour base station controller in the MMP 84a. And transmits the measurement result of the one-hour base station controller to the operation terminal through the OC 84a3 of the MC 84a1 (step 107).

At the same time, the MSDP 84b1 of the OMP 84b accumulates the measurement results for the corresponding one-hour base station controller in a daily database that stores the measurement results for the base station controller on a daily basis (step 108).

Subsequently, as shown in the attached flowchart shown in FIG. 5, the MSDP 84b1 uses a timer built in the OS 72a3 of the ASP 72a1 to check the measurement result of the daily base station controller. When the daily measurement result output time is inquired, the timer inquires the daily measurement result output time based on the time data which is displayed, and reports the inquiry result to the MSDP 84b1 (step 110).

The MSDP 84b1 determines whether the output time of the daily measurement result has been reached based on the inquiry result report (step 111), and if it is determined that the output time of the daily measurement result has not been reached in the step (step 111) ( In step 111, if it is returned to the initial state, and the determination result is determined that the output time has been reached in one day (YES in step 111), the base station controller stored in the daily database in which the MSDP 84b1 is embedded is stored. On the basis of the data according to the measurement result, the measurement result of the daily base station controller is recorded in the MT / DK 84b2 of the OMP 84b (step 112), and the measurement of the daily base station controller is performed. By transmitting the result to the MC 84a1 of the MMP 84a, the measurement result of the daily base station controller is windowed by the MC 84a1 and the OC 84a3 and output through the OC 84a3 (step). 113).

In addition, the MSDP 84b1 of the OMP 84b accumulates corresponding hourly collected data in a daily database that stores measurement results for the base station controller on a daily basis (step 114).

Subsequently, as shown in the attached flowchart shown in FIG. 6, the MSDP 84b1 uses a timer built in the OS 72a3 of the ASP 72a1 to check the measurement result of the monthly base station controller. When querying the output time of one month unit measurement result, the timer inquires the output time of one month unit measurement result based on the displayed time data and reports the inquiry result to the MSDP 84b1 (step 120).

The MSDP 84b1 determines whether the output time of the one month measurement result is reached based on the inquiry result report (step 121), and if it is determined that the output time of the one month measurement result is not reached in the step (step 121); In step 121, if it returns to the initial state, while it is determined in the step that the output time has been reached in one month (YES in step 121), the MSDP 84b1 is stored in the base station controller stored in the built-in one-month database. On the basis of the data according to the result of the measurement, the measurement result of the monthly base station controller is stored in the MT / DK 84b2 of the OMP 84b (step 122), and the measurement of the monthly base station controller is performed. By transmitting the result to the MC 84a1 of the MMP 84a, the measurement result of the one-month base station controller is windowed by the MC 84a1 and the OC 84a3 and the base station controller through the OC 84a3. The measurement result is output (step 123).

FIG. 7 is a flowchart illustrating a traffic measuring method for personal communication subscribers for each base station controller according to an operator's request among measurement and statistical methods for the base station controller in the personal communication switching system according to the preferred embodiment of the present invention.

First, an MMC instruction for measuring traffic for a personal communication subscriber for each base station controller from an operator inputted through the EC 84a2 of the MMP 84a, for example, 'Stat-Bs' is the MDSP 84b1 of the OMP 84b. Is input (step 130), the MDSP 84b1 transmits a traffic measurement request signal for the personal communication subscriber for each base station controller according to the MMC command to the PSGL 78a2 of the INS 78 (step 131).

Subsequently, in response to the request, the PSGL 78a2 initiates traffic measurement for individual communication subscribers of each base station controller, and then generates a child processor for data collection (step 132), and the ASP 72a1 through the child processor. After the initial collected data is inquired by the MSLC 72a2 (step 133) and applied to the MSLC 72a2, the MSLC 72a2 transmits and stores the initial collected data to the PSGL 78a2 ( Step 134).

Thereafter, the PSGL 78a2 transmits a response signal to the MSDP 84b1 of the OMP 84b for a measurement measurement start request for the personal communication subscriber for each base station controller (step 135), and receives the corresponding response signal. The MSDP 84b1 drives a one-time measurement period notification timer built in the OS 72a3 of the ASP 72a1 (step 136), whereby the one-time measurement period notification timer is driven to operate the OS ( 72a3) notifies the MSDP 84b1 of one measurement period (step 137).

Subsequently, when the MSDP 84b1 requests transmission of the collected data according to the traffic measurement for the personal communication subscriber for each base station controller collected through the steps 133 to 134 to the PSGL 78a2 of the LRP 78a1 (step S133). 138), the PSGC 78a2 inquires the final collected data from the MSLC 72a2 of the ASP 72a1 (step 139) and applies the inquiry result to the PSGL 78a2, and transmits the final collected data to the PSGL (a). 78a2) (step 140).

Thereafter, the PSGL 78a2 transmits and reports the collected data through the steps 138 to 140 to the MSDP 84b1 of the OMP 84b, whereby the MSDP 84b1 reports the transmitted data. At the same time as the MT / DK 84b2 is stored (step 142), it is applied to the MC 84a1 of the MMP 84a. The MC 84a1 performs window processing on the corresponding VLR data and processes the window. The traffic measurement result for the personal communication subscriber for each base station controller is applied to the OC 84a3 to output the traffic measurement result for the personal communication subscriber for each base station controller through the OC 84a3 (step 143).

Here, through the operation terminal, information on the type of network to be measured / measurement start time / measurement period / measured repetition / abnormal performance reason / ASP number, and information on the relay line state (that is, a relay player / usable relay player) / Blockers blocked by MMC / Fault Block Relay players / Hunted relay players, etc., Information on the mobile subscriber's call / receive status (i.e. mobile subscriber call attempts / mobile subscriber call responses / mobile subscriber call attempts) Information on calls lost due to various reasons (e.g. number of incoming / outgoing subscribers) (failed lake / failed due to invalid subscriber / failed subscriber / failed due to lack of public resources) Failed due to cause / Failed due to system failure cause / Failed due to caller recovery / Failed due to lake / other called cause due to other originating cause Cheukgyeol the result is output to the base station controller indicating the like) or the like can.

FIG. 8 is a flowchart illustrating a method for stopping measurement by an operator request among measurement and statistical methods for a base station controller in a personal communication switching system according to an exemplary embodiment of the present invention.

First, when an MMC instruction, for example, 'Canc-Exe-Cmd' according to a VLR statistical measurement request is input from an operator inputted through the EC 84a2 of the MMP 84a to the MDSP 84b1 of the OMP 84b ( Step 150), the MDSP 84b1 sends a measurement stop request signal for the VLR to the PSGL 78a2 of the INS 78 (step 151).

Subsequently, the MDSP 84b1 acquires statistical measurement data for the VLR applied from the PSGL 78a2 to the MT / DK 84b2 immediately before the corresponding MMC instruction is input (step 152). The statistical measurement data is applied to the MC 84a1 to output the statistical measurement result for the VLR to the operation terminal side through the OC 84a3 (step 153).

9 is a flowchart for explaining a method of outputting measurement status information by an operator request among measurement and statistical methods for a base station controller in a personal communication switching system according to an exemplary embodiment of the present invention.

First, the MMC command, for example, 'Dis-Exe-Cmd' according to the measurement status information output request signal for the VLR from the operator inputted through the EC 84a2 of the MMP 84a, is the MDSP 84b1 of the OMP 84b. In step 160, the MDSP 84b1 reads the statistical measurement data for the VLR stored in the embedded database and applies the statistical measurement data to the MC 84a1 to operate the terminal through the OC 84a3. The measurement state information on the VLR is outputted to the side (step 161).

As described above, according to the measurement and statistical method for the base station controller in the personal communication exchange system according to the preferred embodiment of the present invention, the measurement result for the base station controller is periodically or aperiodically in units of 1 hour / 1 day / 1 month. In addition, when the operator requests traffic measurement for individual subscribers of each base station controller, the result is reported to the operator so that the operator can easily check the status of the base station controller.

Therefore, the operator can manage the personal communication switch efficiently.

Claims (9)

In the personal communication exchange system that tracks the position of the wireless subscriber station 10 at all times and performs a call processing service between the wireless subscriber station 10 and the wired / wireless subscriber, When the MSDP 84b1 of the OMP 84b1 built in the CCS 84 drives a timer built in the OS 72a3 of the ASP 72a1 and is notified every hour from the timer, the LRP 78a1 of the INS 78 is notified. A first step of requesting transmission of collected data per unit of time according to the measurement result of the base station controller with the built-in PSGL 78a2; A second step of the PSGL 78a2 querying the collected data from the MSLC 72a2 of the ASP 72a1; A third step of storing the collected data according to the inquiry result in the PSGL 78a2 and then transmitting the corresponding hourly collected data to the MSDP 84b1 for reporting; A fourth step of storing the collected data in the MT / DK 84b2 of the OMP 84b and outputting it to the operating terminal side through the MC 84a1 and the OC 84a3 of the MMP 84a; And a fifth step of storing the collected data in a daily unit database embedded in the MSDP (84b1). 2. The base station controller of claim 1, wherein the MSDP 84b1 inquires about the daily measurement result output time through a timer built in the OS 72a3 of the ASP 72a1. The first process of storing the daily measurement results for the MT / DK (84b2) and outputs the daily measurement results for the base station controller to the operating terminal side through the MC (84a1) and the OC (84a3) And a third process of storing a daily measurement result of the base station controller in the daily database. . The method of claim 2, wherein the daily measurement result for the base station controller stored in the MT / DK 84b2 in the first process is data stored in a daily database embedded in the MSDP 84b1. Measurement and statistical method for a base station controller in a personal communication switching system. The method of claim 1, wherein the MSDP 84b1 inquires the output time of a one month measurement result through a timer built in the OS 72a3 of the ASP 72a1. The first process of storing the measurement results for the unit VLR in the MT / DK (84b2), and outputs the monthly measurement results for the base station controller to the operation terminal side through the MC (84a1) and the OC (84a3) Measurement and statistical method for the base station controller in a personal communication switching system, characterized in that further comprising a second process. 5. The method of claim 4, wherein the measurement result of one month unit for the base station controller stored in the MT / DK 84b2 in the first process is data stored in a daily unit database embedded in the MSDP 84b1. Measurement and statistical method for a base station controller in a personal communication switching system. 2. The MSLR 84b1 of claim 1, wherein the MSDP 84b1 enters the VLR to the PSGL 78a2 of the LRP 78a1 when an MMC instruction according to the measurement request for the VLR is input from the operator through the EC 84a2 of the MMP 84a. The MSDP 84b1 stores the measurement result for the VLR stored in the daily database in the MT / DK 84b2, and the measurement result for the VLR is stored in the MC (84). 84a1) and a step of outputting to the operation terminal side through the OC (84a3) further comprising the step of measuring and statistical method for the base station controller in a personal communication switching system. The base station controller of claim 1, wherein the MSDP 84b1 stores the MSDP 84b1 in the daily database when an MMC instruction is input from the operator through the EC 84a2 of the MMP 84a. And a step of outputting the result of the measurement to the operation terminal side through the MC (84a1) and the OC (84a3). In the personal communication exchange system that tracks the position of the wireless subscriber station 10 at all times and performs a call processing service between the wireless subscriber station 10 and the wired / wireless subscriber, When the MMC instruction corresponding to the traffic measurement request for the personal communication subscriber for each base station controller is input to the MSDP 84b1, the MSDP 84b1 measures the traffic for the personal communication subscriber for each base station controller to the PSGL 78a2 of the INS 78. A first step of transmitting a request signal; A second step of storing the collected data after the PSGL 78a2 inquires the initial collected data from the MSLC 72a2, When the PSGL 78a2 transmits a response signal according to the traffic measurement for the personal communication subscriber for each base station controller to the MSDP 84b1, the MSDP 84b1 makes one measurement in the OS 72a3 of the ASS-W 72a. A third step of driving the period notification timer, When the OS 72a3 transmits a one-time measurement period notification signal from the MSDP 84b1 by the time-keeping operation of the one-time measurement period notification timer, the MSDP 84b1 is applied to the data collected by the PSGL 78a2. A fourth step of transmitting a transmission request signal for A fifth step in which the PSGL 78a2 inquires and stores the final collected data in the MSLC 72a2 in response to the request, and transmits the collected data to the MSDP 84b1; The MSDP 84b1 stores the collected data in the MT / DK 84b2 and simultaneously outputs the collected data to the operating terminal through the MC 84a1 and the OC 84a3. Measurement and Statistics Method for Base Station Controller in Communication Switching System. 10. The method of claim 8, wherein the collected data includes information on network type / measurement start time / measurement period / measure repeat count / abnormal performance reason / ASP number, information on relay line status, and call / receive status of a mobile subscriber. Measurement and statistical method for the base station controller in the personal communication switching system, characterized in that the information, such as information about the call lost due to various causes.

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