KR20030091361A - System for Controlling Repeater - Google Patents

Abstract

PURPOSE: A repeater control system is provided to offer a more improved speech quality service to subscribers by managing an operation state of a repeater and generating a stable frequency in the repeater for a mobile communication system. CONSTITUTION: A wireless repeater control device(200) collects radio waves transmitted from a repeater(210), analyzes and transmits the collected radio waves, and adjusts a frequency level of the repeater(210). An SMS(Short Message Service) center(230) receives the analyzed result from the wireless repeater control device(200), and transmits the analyzed result. A management server(240) receives the analyzed result transmitted from the SMS center(230), and manages a plurality of repeaters.

Description

Repeater Control System {System for Controlling Repeater}

The present invention relates to a repeater control system for managing the repeater operating state by using the state monitoring and frequency level adjustment function of the repeater.

In a wireless communication network, a base station system and a repeater are used according to traffic density to expand a service area.

At this time, the base station system is installed at an optimal location according to the number of subscribers distributed in the service area in the area with high traffic density and the number of subscribers that the base station system can accommodate while satisfying the quality of service required by the wireless communication network.

In addition, repeaters are devices used to economically expand service coverage in areas with relatively low subscriber density.

The repeater repeats the radio signal from the base station to the service area by using the wireless equipment or the optical transmission equipment, thereby expanding the service coverage and reducing the density of the subscriber distribution, and it is difficult to reach the signal from the base stations on the ground. It is installed in various areas such as basement floor, subway, farming and fishing village, and mountainous area.

However, in order to continuously provide the optimum call quality to the subscriber in the wireless communication network, the maintenance of the system constituting the network must be continuously performed. In particular, the operation maintenance work for the base station system is performed by collecting and analyzing the information collected by the base station management system installed in the base station using a dedicated line connected between the base station system and the base station controller system.

Currently, mobile operators monitor the operation status of repeaters through short messages and measure the radio wave environment using instrument-scale equipment.

In addition, it is also equipped with equipment that allows the repeater output frequency to occur constantly is installed and used in the repeater.

Hereinafter, a conventional repeater control technique will be described with reference to the drawings.

1 is a view schematically showing the configuration of a conventional repeater control system.

Referring to FIG. 1, the repeater control system includes a repeater monitoring apparatus 100, a repeater output frequency control apparatus 110, a repeater 120, a base station 130, a short message service (SMS) center 140, and a monitoring apparatus management server. 150, the frequency control management server 160.

The repeater monitoring apparatus 100 and the repeater output frequency control apparatus 110 are each developed with different equipment and are provided to mobile communication operators.

The repeater monitoring apparatus 100 monitors the operation state of the repeater 120 at any time, and when a failure occurs, the repeater monitoring apparatus 100 transmits to the monitoring apparatus management server 150 by using a short message, and also propagates around the repeater at the time required by the operator. The environment is measured and the collected data is transmitted to the monitoring apparatus management server 150. Then, the operator analyzes the transmitted data to determine the abnormal state of the repeater 120.

The operator sets a frequency level adjustment command in the frequency control management server 160 and transmits it to the repeater output frequency control device 110.

The repeater output frequency control device 110 controls the range of frequencies output from the repeater 120 using a short message to any level required by the operator.

However, there are several types of systems for monitoring a repeater using a short message service system established by a mobile communication company, and there are ALC equipments for adjusting the output frequency of repeaters installed in each region. Since the equipment is developed and supplied in different products, there is a problem in that additional additional equipment must be installed in order to enhance the utilization of the repeater and to improve the quality of service.

In addition, although the functions of processing the data in the management server to determine the state of the repeater are similar to each other, each operation is inefficiently operated, there is a problem that the human input, economic aspects are inefficient.

In addition, in order to determine the state of the repeater in accordance with the characteristics installed and operated for each element of the repeater, there is a problem in that the field agent is directly put into the inconvenience to test the repeater output with a measuring instrument and manpower and cost for this.

Accordingly, an object of the present invention is to provide a repeater control system that can provide enhanced call quality service to subscribers by managing the operating state of the repeater so that a stable frequency is generated in the repeater for a mobile communication system.

Another object of the present invention is to directly control the repeater remotely to effectively operate the repeaters of the mobile communication system, to identify in advance the call quality degradation that may be caused by the abnormal operation of the repeater to solve the user's complaints in advance It is to provide a repeater control system.

1 is a view schematically showing the configuration of a conventional repeater control system.

Figure 2 is a schematic diagram showing the configuration of a repeater control system according to an embodiment of the present invention.

Figure 3 is a block diagram schematically showing the configuration of a wireless repeater control apparatus according to an embodiment of the present invention.

4 is a flow chart illustrating a method for monitoring a relay failure condition in accordance with one preferred embodiment of the present invention.

5 is a flowchart illustrating a method for monitoring a radio wave environment according to an exemplary embodiment of the present invention.

6 is a flow chart illustrating a method of adjusting the frequency level of a repeater in accordance with one preferred embodiment of the present invention.

7 is a flowchart illustrating a method of upgrading software according to a preferred embodiment of the present invention.

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

100: repeater monitoring device 110: repeater output frequency control device

120, 210: repeater 130, 220: base station

140, 230: SMS center 150: monitoring device management server

160: frequency control management server 200: wireless repeater control device

240: management server 300: wireless terminal

310: repeater monitoring module 320: frequency control module

312 control unit 314 data measurement / collection unit

316: data processing unit 318: data transmission unit

322 controller 324 attenuator

326: coupler

According to an aspect of the present invention to achieve the above object, in the control system for controlling a repeater of a wireless communication network, collecting radio waves transmitted from the repeater, and analyzes and transmits the collected radio waves by a predetermined program And a control device for adjusting the frequency level of the repeater, a short message server receiving an analysis result from the control device, and transmitting the received analysis result, and receiving an analysis result transmitted from the short message server. A repeater control system is provided comprising a management server for managing a repeater.

The control device monitors a repeater to determine the state of the repeater by collecting and analyzing radio and repeater state data transmitted from the repeater when the control terminal receives the control information transmitted from the wireless terminal and the control information transmitted from the management server. And a frequency control module for adjusting a frequency level of a corresponding repeater in response to the frequency level adjustment command transmitted from the wireless terminal.

The control information is at least one of a repeater status monitoring request command, a propagation environment data request command, a frequency level adjustment command, and the propagation environment data includes at least one of a received signal, a transmission signal, a pseudo noise, a signal-to-noise ratio, and an error rate.

The repeater monitoring module analyzes the control information transmitted from the wireless terminal to determine whether the repeater state monitoring cycle, and if the repeater state monitoring cycle is determined by the control unit, the repeater state data or radio wave environment data is measured and collected. And a data measuring / collecting unit, a data processing unit for processing the data collected by the data measuring / collecting unit, and a transmission unit for transmitting the data processed by the data processing unit.

The frequency control module may include a controller for receiving a frequency level adjustment command transmitted from the wireless terminal, a coupler for matching a frequency transmitted and received according to the received frequency level adjustment command, and a frequency level corresponding to the received frequency level adjustment command. Attenuator to attenuate.

The control device collects and analyzes the repeater state data, the pseudo noise of the managed repeater, the received signal strength used as radio quality data to determine the abnormal state, the threshold for the signal-to-interference ratio for the pilot channel of the base station, and the threshold value. Or at least one of an abnormal state report timer value for reporting when it is continuously maintained.

The control device and the management device store the system software version, and remotely upgrade the software of the system at the request of the operator.

According to another aspect of the present invention, in a control method for controlling a repeater of a wireless communication network, receiving and analyzing control information from an operator, determining a monitoring period in the control information, and data corresponding to the control information in the monitoring period Collecting and analyzing, to determine the state of the repeater using the analyzed data, and the repeater control method characterized in that the transfer of the analyzed state information and the analyzed data.

If the control information is a repeater status monitoring request command, the repeater status monitoring period in the repeater status monitoring request command is determined, and if the repeater status monitoring period, data on the repeater status is collected and analyzed, and the collected repeater status The data is compared with the pre-stored repeater management data and evaluated, and if the repeater state is an abnormal state, the repeater abnormal state occurrence information is transmitted.

If the control information is a radio wave environment data request command, the radio wave environment data monitoring period in the radio wave environment data request command is determined. If the radio wave environment data monitoring period, the radio wave environment data is collected and processed, and the processed radio wave environment data is processed. Characterized in that the transmission.

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

2 is a view schematically showing the configuration of a repeater control system according to an embodiment of the present invention.

Referring to FIG. 2, the repeater control system includes a wireless repeater control apparatus 200, a repeater 210, a base station 220, a short message service (SMS) center 230, and a management server 240.

The management server 240 periodically receives the radio quality data and the call quality data collected and analyzed by the wireless repeater control apparatus 200 and checks the operation state of the repeater 210 and reports the result to the operator.

The management server 240 grasps the presence or absence of the abnormality of the repeaters 210 according to the period set by the operator and when there is an error, it informs the operator.

The management server 240 remotely controls the frequency range level of the repeater 210 by analyzing the relay failure status information and the radio wave environment data transmitted from the wireless repeater control apparatus 200.

When the repeater status request command is received from the management server 240, the wireless repeater control device 200 collects and analyzes data on the status of the management target repeater and reports the data to the management server 240.

That is, the wireless repeater control apparatus 200 collects data on the repeater state, and then compares the collected repeater state data with previously stored repeater management data to evaluate the state of the repeater 210.

The repeater management data may be a pseudo noise list, a received signal strength, a threshold for a signal-to-interference ratio, an error rate, mobile terminal on / off state information, repeater power on / off state information, etc. of the repeater 210.

As a result of the evaluation, if the repeater 210 is in an abnormal state, the wireless repeater control apparatus 200 transmits abnormal state occurrence information to the management server 240.

In addition, the radio repeater control device 240 collects and analyzes radio wave environment data of the management target repeater and transmits the radio wave environment data request command from the management server 240 to the management server 240. do.

In this case, the management server 240 analyzes the transmitted radio wave environment data to determine whether an abnormal state of the repeater 210 occurs, and determines whether to adjust the frequency level of the repeater 210.

In addition, the wireless relay control device 200 adjusts the frequency level of the repeater 210 corresponding to the frequency level adjustment command transmitted from the management server 240.

In addition, the wireless repeater control apparatus 200 connects a call to a specific number, if necessary, analyzes the quality of the call, and when an abnormal state or a call quality degradation is detected in the repeater 210, the abnormal state occurrence information to the management server 240. Send it.

When the wireless repeater control device 200 transmits data to the management server 240 or when the management server 240 transmits data to the wireless repeater control device 200, the short message service center 230 is used. To transmit.

The short message service center 230 converts the control information transmitted from the management server 240 into a short message form and transmits it to the wireless repeater control apparatus 200, and the control transmitted from the wireless repeater control apparatus 200. It converts the result information corresponding to the information into a short message form and transmits the result information to the management server 240.

Hereinafter, the main functions of the repeater control system configured as described above are as follows.

The wireless repeater control apparatus 200 periodically collects / analyzes repeater state data and radio wave environment data, and reports the management unit 240 through the mobile terminal when the repeater 210 is determined to be in an abnormal state.

In addition, the wireless repeater control apparatus 200 stores pseudo noise of the management target repeater as set by an operator to collect / analyze repeater state data, and the received signal strength and the pilot channel of the base station 220 to determine an abnormal state. The threshold value for the signal-to-interference ratio and the abnormal state reporting timer value for reporting when the threshold value is maintained continuously below the threshold are stored.

At this time, the wireless repeater control apparatus 200 stores the FA number serviced by the repeater 210 or analyzes the FA number from the management server 240 in order to analyze the repeater state data for all frequency bands serviced by the repeater 210. Periodically analyze the status data of the FA. The wireless repeater control apparatus 200 grasps the abnormal state of the repeater 210 and reports the abnormal state to the management server 240 in a short message.

As mentioned above, the message transmission between the management server 240 and the wireless repeater control device 200 is performed by the short message service center 230 provided by the wireless communication network, the reliability of the wireless repeater control device 200 For certain operations, specific protocols of wireless carriers may be used. Management and authentication is performed for the unique number of the wireless repeater control device 200 by a wireless communication network operator.

The management server 240 and the wireless repeater control device 20 store a system software version of the repeater monitoring system, and at the request of the operator, use the data service of the mobile terminal or the data service of the wired / wireless modem. Upgrade system software remotely.

3 is a block diagram schematically showing the configuration of a wireless repeater control apparatus according to an embodiment of the present invention.

Referring to FIG. 3, the apparatus for controlling a wireless repeater includes a mobile terminal 300, a repeater monitoring module 310, and a repeater frequency control module 320.

The mobile terminal 300 transmits the control information transmitted from the management server to the repeater monitoring module 310 or the repeater frequency control module 320. The control information may be a relay condition monitoring request command, a radio wave environment data request command, a frequency level adjustment command, or the like.

When the repeater monitoring module 310 receives the repeater status monitoring request command transmitted from the mobile terminal 300, the repeater monitoring module 310 collects / analyzes the status data of the corresponding repeater and transmits the result to the management server through the mobile terminal 300. do.

At this time, the repeater monitoring module 310 collects / analyzes the state data of the repeater corresponding to the monitoring period in the repeater condition monitoring request command.

In addition, when the relay monitoring module 310 receives the radio wave environment data request command transmitted from the mobile terminal 300, the repeater monitoring module 310 collects and processes the radio wave environment data and transmits the radio wave environment data to the management server through the mobile terminal 300.

At this time, the repeater monitoring module 310 collects radio wave environment data corresponding to the monitoring period in the radio wave environment data request command.

Looking at the repeater monitoring module 310 in more detail, the repeater monitoring module 310 includes a control unit 312, data measurement / collection unit 314, data processing unit 316, data transmission unit 318 do.

The controller 312 analyzes the control information transmitted from the mobile terminal 300 and transmits the analyzed information to the data measurement / collection unit 314. The control information may be a relay condition monitoring request command, a radio wave environment data request command, or the like.

In addition, the controller 312 is connected to the repeater frequency control module 320, and after receiving the data transmitted from the repeater frequency control module 320 and / or from the mobile terminal 300, the mobile terminal 300 And / or transmits to the repeater frequency control module 320.

The data measuring / collecting unit 314 measures / collects data corresponding to the control information transmitted from the control unit 312 and transmits the data to the data processing unit 316.

That is, when the repeater state monitoring request command is received from the control unit 312, the data measuring / collection unit 314 measures and collects the state data of the repeater corresponding to the monitoring period in the repeater state monitoring request command.

When the radio wave environment data request command is received from the control unit 312, the data measurement / collection unit 314 measures / collects radio wave environment data corresponding to the monitoring period in the radio wave environment data request command.

The data processing unit 316 processes data in accordance with a format required by an operator for data transmitted from the data measuring / collecting unit 314.

The data transmitter 318 transmits the data transmitted from the data processor 316 to the mobile terminal 300 through the controller.

The repeater frequency control module 320 adjusts the frequency level of the repeater in response to the frequency level adjustment command transmitted from the management server.

The repeater frequency control module 320 will be described in more detail. The repeater frequency control module 320 includes a controller 322, an attenuator 324, and a coupler 326.

The controller 322 receives and analyzes the frequency level adjustment command of the repeater transmitted from the mobile terminal 300. The controller 322 then sends the analysis results to attenuator 324 or coupler 326.

The attenuator 324 or the coupler 326 adjusts the repeater output frequency level in accordance with the frequency level adjustment command sent from the controller 322.

The coupler 326 matches the frequencies transmitted and received by the repeater, and the attenuator 324 serves to attenuate the frequency to obtain a frequency required by the operator.

The operation of the wireless repeater control device configured as described above is as follows.

When the command is transmitted from the management server to the wireless repeater control device, it receives a signal from the antenna installed in the repeater.

The repeater sends the received signal to the mobile terminal 300, and analyzes the signal in the repeater supervisory control module 310 connected in series communication with the mobile terminal (300). Then, the repeater supervisory control module 310 collects and processes the data required by the management server, transmits the data to the management server, and outputs the repeater through the attenuator 324 and the coupler 326 of the frequency control module 320. Adjust the frequency level.

Then, the result information corresponding to the received command is transmitted to the management server through the mobile terminal 300 using the radio frequency of the mobile communication system.

4 is a flowchart illustrating a method for monitoring a relay failure state according to an exemplary embodiment of the present invention.

Referring to Figure 4, the management server receives a repeater status monitoring request command from the operator and transmits to the SMS center (S400). Here, the repeater state monitoring request command includes a repeater state monitoring period.

After receiving the relay condition monitoring request command transmitted from the management server (S402), the SMS center converts the repeater status monitoring request command into a short message form and transmits it to the wireless repeater control device (S404).

The wireless repeater control device receives and analyzes a repeater status monitoring request command in the form of a short message transmitted from the SMS center (S406).

Then, the wireless repeater control apparatus checks the repeater state monitoring period in the analyzed repeater condition monitoring request command to determine whether the repeater state monitoring period is performed (S408).

If it is determined in step 408 that the repeater state monitoring period, the wireless repeater control device collects data on the repeater state (S410).

Then, the wireless repeater control device evaluates the data about the collected repeater state by comparing with the stored repeater management data (S412). Here, the repeater management data may be a pseudo noise list, a received signal strength, a threshold for a signal-to-interference ratio, an error rate, mobile terminal on / off state information, repeater power on / off state information, etc. of the repeater.

As a result of the evaluation of step 412, if the state of the repeater is determined to be an abnormal state (S414), the wireless repeater control device transmits the repeater abnormal state occurrence information to the SMS center (S416).

Here, the wireless repeater control apparatus determines the degree of abnormal state of the repeater and transmits the repeater abnormal state occurrence information corresponding to the abnormal state degree to the SMS center. That is, if the degree of abnormal state of the repeater is normal, the repeater control device transmits abnormal state occurrence information in the form of 'Major' to the SMS center, and if the degree of abnormal state of the repeater is severe, the repeater control device is 'Critical' The abnormal state occurrence information in the form of ', etc. is transmitted to the SMS center.

The SMS center converts the repeater abnormal state occurrence information transmitted from the wireless repeater control device into a short message form and transmits it to the management server (S418).

The management server receives and analyzes the repeater abnormal state occurrence information in the form of a short message transmitted from the SMS center (S420).

Then, the management server displays the relay abnormal state occurrence information (S422).

That is, when the repeater abnormal state occurrence information is 'Major', the management server displays Major or a voice or video, and when the repeater abnormal state occurrence information is 'Critical', the management server indicates 'Critical'. Can be displayed as an image.

If, as a result of the evaluation of step 412, if the state of the repeater is not an abnormal state (S424), the wireless repeater control device transmits the repeater steady state information to the SMS center (S426).

The SMS center converts the repeater steady state information transmitted from the wireless repeater control device into a short message form and transmits it to the management server (S428).

The management server receives and analyzes the relay steady state information in the form of a short message transmitted from the SMS center (S430).

The management server then displays the relay steady state information (S432). The repeater steady state information may be displayed as voice or video in the form of 'normal' or the like.

That is, when the repeater operates normally, the wireless repeater control device transmits a message for the repeater state by dividing packet data regarding the normal into major and critical according to the range of the threshold when the repeater operates beyond the predetermined threshold. do.

5 is a flowchart illustrating a method for monitoring a radio wave environment according to an exemplary embodiment of the present invention.

5, the management server receives the radio wave environment data request command from the operator and transmits to the SMS center (S500). The propagation environment data request command includes a propagation environment monitoring cycle.

After receiving the radio wave environment data request command transmitted from the management server (S502), the SMS center converts the radio wave environment data request command into a short message form and transmits it to the wireless repeater control device (S504).

The wireless repeater control device receives and analyzes a radio wave environment data request command in the form of a short message transmitted from the SMS center (S506).

Then, the wireless repeater control device checks the radio wave environment monitoring period in the radio wave environment data request command to determine whether or not the radio environment monitoring cycle.

If it is determined in step 508 that the radio wave environment monitoring cycle, the radio repeater control device collects and processes the radio wave environment data to transmit to the SMS center (S510).

The propagation environment data may be a transmission signal, a reception signal, a signal-to-noise ratio, an error rate, a pseudo noise, and the like.

The SMS center receives the radio wave environment data transmitted from the radio repeater control apparatus (S512), and converts the received radio wave environment data into a short message form and transmits it to the management server (S514).

The management server receives and analyzes the radio wave environment data in the form of a short message transmitted from the SMS center (S516).

Then, the management server displays the analyzed result (S518).

Since the displayed result is data related to providing an optimal call quality service to a subscriber using the mobile communication terminal, the operator may use the displayed result as information for adjusting the repeater frequency output level.

When the operator transmits a frequency level adjustment command of the repeater to the wireless repeater control device by using the displayed result, the wireless repeater control device adjusts the frequency according to the transmitted frequency level adjustment command. A detailed description of the method of adjusting the frequency level is shown in FIG. 6.

6 is a flowchart illustrating a method of adjusting a frequency level of a repeater according to an exemplary embodiment of the present invention.

Referring to FIG. 6, when a frequency level adjustment command is received from an operator (S600), the management server transmits the received frequency level adjustment command to a wireless repeater control device (S602). At this time, the frequency level adjustment command is transmitted to the wireless repeater control device through an SMS center.

After receiving the frequency level adjustment command transmitted from the management server (S604), the wireless repeater control device adjusts the frequency level according to the received frequency level adjustment command (S606).

Then, the wireless repeater control device transmits the frequency level adjustment result information to the management server (S608). At this time, the frequency level adjustment result information is transmitted to the wireless repeater control device through the SMS center.

The management server receives the frequency level adjustment result information transmitted from the wireless repeater control device (S610).

7 is a flowchart illustrating a method of upgrading software according to an exemplary embodiment of the present invention.

Referring to Figure 7, the management server transmits the software upgrade information to the wireless repeater control device (S700).

Then, the wireless repeater control device receives the software upgrade information transmitted from the management server (S702), and performs the software download (S704). In this case, the wireless repeater control device is interconnected for a long time through the TCP / IP protocol using a network interworking device of the mobile communication system, and performs the downloading of software.

Then, the wireless repeater control device transmits the software downloading completion information to the management server (S706). Then, the management server receives the software download completion information from the wireless repeater control device (S708).

When the software download operation is completed as described above, each device of the wireless repeater control device performs a self test and transmits the result to the management server.

Adding a GPS, GIS function to a wireless repeater control device according to another embodiment of the present invention by attaching a part, a camera and a vibration sensor for location tracking for a vehicle, a specific person, aircraft, ships, etc., image transmission, security and surveillance It can provide a function for a variety of fields, such as to use for the wireless Internet portion other than the mobile communication system by attaching a portion or an Internet wireless modem.

The present invention is not limited to the above embodiments, and many variations are possible by those skilled in the art within the spirit of the present invention.

As described above, according to the present invention, by being able to directly control the repeater remotely, it is possible not only to operate the repeaters of the mobile communication system more effectively, but also to reduce the call quality degradation which may be caused by abnormal operation of the repeater in advance. It can provide a repeater control system that can identify and resolve subscribers' complaints in advance.

Further, according to the present invention, since the repeater frequency level can be arbitrarily adjusted remotely, it is possible to provide a repeater control system which can bring about an optimization of repeater use and also predict an optimal manpower input.

In addition, according to the present invention, it is possible to provide a subscriber with a mobile communication terminal subscribers satisfaction of the call quality, thereby increasing the subscriber effect and expecting profit generation, and the mobile communication service provider can utilize the manpower efficiency and equipment. A redundant control system can be provided that eliminates redundant investments, resulting in cost savings.

Claims (11)

In the control system for controlling a repeater of a wireless communication network, A control device for collecting radio waves transmitted from the repeater, analyzing and transmitting the collected radio waves by a predetermined program, and adjusting a frequency level of the repeater; A short message server for receiving an analysis result from the control device and transmitting the received analysis result; A management server that receives the analysis result sent from the short message server and manages a plurality of repeaters Repeater control system comprising a. The method of claim 1, The control device A mobile terminal transmitting control information transmitted from the management server; A repeater monitoring module configured to determine the state of the repeater by collecting and analyzing radio wave and repeater state data transmitted from the repeater when control information is received from the wireless terminal; Frequency control module for adjusting the frequency level of the repeater corresponding to the frequency level adjustment command transmitted from the wireless terminal Repeater control system comprising a. The method of claim 2, And the control information is at least one of a repeater status monitoring request command, a radio wave environment data request command, and a frequency level adjustment command. The method of claim 3, And the propagation environment data includes at least one of a received signal, a transmitted signal, a pseudo noise, a signal-to-noise ratio, and an error rate. The method of claim 2, The repeater monitoring module A control unit for analyzing whether the control information transmitted from the wireless terminal is a repeater state monitoring period; A data measurement / collection unit configured to measure and collect repeater state data or radio wave environment data if the repeater state monitoring period is determined by the controller; A data processing unit processing the data collected by the data measuring / collecting unit; Transmission unit for transmitting the processed data in the data processing unit Repeater control system comprising a. The method of claim 2, The frequency control module A controller for receiving a frequency level adjustment command sent from the wireless terminal; A coupler for matching a frequency transmitted and received in response to the received frequency level adjustment command; An attenuator for attenuating the frequency level in response to the received frequency level adjustment command Repeater control system comprising a. The method of claim 1, The control device collects and analyzes the repeater state data, the pseudo noise of the managed repeater, the received signal strength used as radio quality data to determine the abnormal state, the threshold for the signal-to-interference ratio for the pilot channel of the base station, and the threshold value. Repeater control system, characterized in that for storing at least one of the abnormal state report timer value for reporting when it is maintained continuously. The method of claim 1, The control device and the management device stores a system software version, the repeater control system, characterized in that for upgrading the software of the system remotely at the request of the operator. In the control method for controlling a repeater of a wireless communication network, Receiving and analyzing control information from an operator; Determining a monitoring period in the control information to collect and analyze data corresponding to the control information in the monitoring period; Identifying a state of the repeater using the analyzed data; Transmitting the identified state information of the repeater and the analyzed data Repeater control method comprising a. The method of claim 9, If the control information is a repeater status monitoring request command, determining a repeater status monitoring period in the repeater status monitoring request command; If the repeater state monitoring period, collecting and analyzing data on the repeater state; Comparing and evaluating the collected repeater state and prestored repeater management data; If the repeater state is abnormal as a result of the evaluation, transmitting repeater abnormal state occurrence information Repeater control method comprising a. The method of claim 9, If the control information is a radio wave environment data request command, determining a radio wave environment data monitoring cycle in the radio wave environment data request command; Collecting and processing the radio wave environment data if the radio wave environment data monitoring cycle; Transmitting the processed radio wave environment data. Repeater control method comprising a.