KR101392824B1 - System and method for measuring location of mobile terminal using an information of repeater - Google Patents

Abstract

The present invention constitutes a pCell database including repeater information, acquires repeater information in which the current positioning is in progress through the repeater management server when positioning the location information of the mobile terminal, and uses repeater information added to the base station information And more particularly, to a positioning method and system using position information of a mobile terminal capable of positioning position information of a mobile terminal.

According to an aspect of the present invention, there is provided a positioning system using repeater information, including: a mobile terminal for performing location registration when moving; A base station for providing a mobile communication call to the mobile terminal; A relay for relaying communication of the mobile terminal in a specific area; A repeater management (RTA) server for managing the communication status and information of the repeater; An integrated location information (ILIS) server that stores the location information of the repeater to the location of the repeater; A content provider for providing content corresponding to location information of the mobile terminal; A location determination (PDE) server for acquiring, storing, and managing location information of the mobile terminal communicating through the repeater through the base station location information and the repeater location information; And a local-based (LBSP) server connected to the content provider for providing location information services by managing location information of the mobile terminal.

According to the present invention, location information of a mobile terminal can be obtained by adding repeater information to an algorithm that uses only base station information in a situation where signals of a repeater can not be distinguished. Therefore, by using the repeater information, it is possible to obtain a more accurate positioning result for the location information of the mobile terminal, and the performance of the database and the algorithm can be further improved for the pCell positioning by collecting the repeater information.

Repeater, base station, location, positioning, LBS, PDE, RTA, ILIS, contents

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a positioning method and system using repeater information,

The present invention relates to a positioning method and system using repeater information, and more particularly, to a pCell database including repeater information, and more particularly, And more particularly, to a positioning method and system using position information of a mobile terminal, which can acquire position information of a mobile terminal by using information obtained by adding repeater information to base station information.

In general, a repeater is installed in a mobile communication service area in an area where radio waves are not easily received due to the characteristics of radio waves such as buildings, underground, and tunnels, thereby enabling mobile communication services.

The concept of a repeater is to transmit a radio frequency signal of a base station to a desired remote area through a third transmission medium and to reproduce a radio frequency signal again. In terms of performance, base stations have better characteristics than repeaters.

However, in terms of cost, the base station has a disadvantage in that it is more expensive than a repeater. In order to solve the problem of small-scale shaded area, it can not be neglected that the installation of the base station can be over-invested in terms of cost and performance. Therefore, the wireless network design and service provider generally solves the solution of the shadow area by the repeater.

At present, Korea has been able to communicate in department stores, subways, other buildings, underground places or tunnels without any short circuit due to the spread of such repeaters.

Meanwhile, various positioning technologies for determining the location of the mobile terminal are used to provide a location based service to the mobile communication service provider. Among them, the location measurement service area is divided into grid units of a predetermined size, each grid is defined as pCell, the positioning result for each defined pCell is constructed as a pCell database, and a pCell positioning Method can provide positioning results with higher accuracy than other positioning methods.

In the above-described conventional pCell positioning method, positioning is performed using only base station information in a mobile communication environment. In the domestic environment, due to a large number of repeaters, the positioning accuracy of the network based positioning system is degraded. Since the mobile communication radio waves can not distinguish between the base station and the repeater signal, there is a problem that the repeater information can not be utilized for positioning.

In order to solve the above-mentioned problems, an object of the present invention is to provide a pCell database including repeater information, acquire repeater information in which a current positioning is in progress through a repeater management server when positioning location information of a mobile terminal, And a positioning method and system using the repeater information, which enables positioning of the location information of the mobile terminal by using information obtained by adding repeater information to the information.

According to an aspect of the present invention, there is provided a positioning system using repeater information, comprising: a mobile terminal for performing location registration when moving; A base station for providing a mobile communication call to the mobile terminal; A relay for relaying communication of the mobile terminal in a specific area; A repeater management (RTA) server for managing the communication status and information of the repeater; An integrated location information (ILIS) server that stores the location information of the repeater to the location of the repeater; A content provider for providing content corresponding to location information of the mobile terminal; A location determination (PDE) server for acquiring, storing, and managing location information of the mobile terminal communicating through the repeater through the base station location information and the repeater location information; And a local-based (LBSP) server connected to the content provider for providing location information services by managing location information of the mobile terminal.

According to another aspect of the present invention, there is provided a location determination (PDE) server for communicating with a relay agent management (RTA) server, a mobile switching center, an integrated location information (ILIS) ; A repeater information obtaining unit inquiring the repeater management (RTA) server for a repeater communicating with the mobile terminal through the mobile switching center to obtain repeater information including location information of the repeater; A base station information acquiring unit acquiring base station information including positional information of a base station providing a mobile communication call to the mobile terminal through the mobile switching center; And transferring the obtained relay information and location information of the mobile terminal based on the base station information to the content provider through the local base (LBSP) server so that the content corresponding to the location information of the mobile terminal And a control unit for controlling the terminal to be provided to the terminal.

Here, the repeater information acquiring unit transmits the MIN number of the mobile terminal and the mobile switching center information to the RTA server, and then transmits the location information of the mobile terminal and the positioning repeater from the RTA (RTA) To obtain the repeater information.

The repeater information includes the MIN number of the mobile terminal, the presence or absence of traffic, the reception level, the PN, and the base station address.

According to another aspect of the present invention, there is provided an integrated location information (ILIS) server for communicating with a location determination server (PDE) communicating with a repeater management (RTA) server managing a plurality of relays, ; A location information database including a repeater information table storing repeater location information for the plurality of repeaters and a base station information table storing location information of a base station providing a mobile communication call to the mobile terminal; And a control unit for controlling the positioning server (PDE) to read the corresponding position information from the position information database and to provide the position information to the positioning server (PDE) according to a position information request of the position information server .

Also, in the location information database, the repeater information table includes all measurement counts (Repeater_Measurement Count) fields of the measured repeater signals.

At this time, all the measurement number fields of the measured repeater signal include a system identifier of the measured repeater signal, a network identifier of the measured repeater signal, a basestation identification of the measured repeater signal, The PN number of the measured repeater signal, and the received level (Rx Level) of the measured repeater signal.

In addition, the repeater information table includes a configuration including a top and a longitude for each repeater, and the configuration includes a repeater ID, a base station name, a system ID, MSC number, MSC ID, base station type, sector type, transmission PN, AntLAT, AntLONG, and the like.

According to another aspect of the present invention, there is provided a method for locating location information using repeater information, the method comprising: receiving a repeater information of a system including a mobile terminal, a mobile switching center, a repeater, an RTA server, an ILIS server, a CP, The method comprising: (a) the LBSP server transmitting a location request message to the PDE server at the request of the CP; (b) the PDE server acquiring mobile switching center information on which the mobile terminal is currently located; (c) the PDE server performing location positioning for the mobile terminal based on the mobile switching center information; (d) the PDE server requesting the RTA server for the repeater information of the mobile terminal; (e) providing, by the RTA server, the repeater information of the repeater performing the positioning with the mobile terminal to the PDE server; And (f) the PDE server acquires location information of the mobile terminal based on the repeater information and transmits the location information to the CP.

Further, after step (f), the CP provides the mobile terminal with contents corresponding to the location information of the mobile terminal.

According to another aspect of the present invention, there is provided a positioning method using repeater information of a PDE server in an RTA server, a mobile switching center, an ILIS server, and a PDE server communicating with an LBSP server, (a) receiving base station information of the mobile terminal from the mobile switching center; (b) requesting, from the RTA server, the repeater information of the repeater communicating with the mobile terminal based on the base station information; (c) receiving the repeater information of the mobile terminal from the RTA server; (d) acquiring location information of the mobile terminal based on the base station information and the repeater information; And (e) transmitting the acquired location information of the mobile terminal to the content provider through the LBSP server.

In addition, the step (b) transmits the MIN number of the mobile terminal and the mobile switching center information to the RTA server to request the repeater information.

At this time, the repeater information includes the MIN number of the mobile terminal, the traffic condition, the reception level (Rx Level), the PN, and the base station address (BTS Address).

The repeater information includes repeater location information including a location of the repeater and a longitude of the repeater. The repeater information includes a repeater ID, a base station name, a system ID, a mobile switching center number, a mobile switching center ID, Sector type, and the like.

According to the present invention, location information of a mobile terminal can be obtained by adding repeater information to an algorithm that uses only base station information in a situation where signals of a repeater can not be distinguished.

Therefore, by using the repeater information, it is possible to obtain a more accurate positioning result for the location information of the mobile terminal, and the performance of the database and the algorithm can be further improved for the pCell positioning by collecting the repeater information.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Reference will now be made in detail to the preferred embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like reference numerals refer to the like elements throughout. Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram schematically illustrating the configuration of a position location system using repeater information according to an embodiment of the present invention; FIG.

1, a location positioning system 100 according to the present invention includes a mobile terminal 110, a base station 120, a repeater 122, a mobile switching center 130, a packet data serving node (PDSN) 132, (RTA) server 140, a Position Determining Entity (PDE) server 150, an Integrated LBS Indoor Solution (ILIS) server 160, a Local Based System Platform (LBSP) server 170 and a contents provider (CP)

The mobile terminal 110 performs location registration with the base station 120 or the repeater 140 that manages the area currently located when the mobile terminal 110 moves.

The base station 120 provides a mobile communication call to the mobile terminal 110 that has performed location registration. The base station 120 transmits location information of the mobile terminal 110, registrant information and a call request, a data transmission request, a wireless Internet access request, etc. to the mobile switching center 130, Data information and the like to the mobile terminal 110. The base station 120 includes a base station transmitter, a base station controller, and a repeater.

Here, in the case of the synchronous type, the base transceiver station will be a base transceiver station (BTS) and the base station controller will be a base station controller (BSC). In case of asynchronous type, the base transceiver station is a radio transceiver subsystem (RTS) Controller. Of course, the radio access network according to the embodiment of the present invention is not limited to this, and may include a GSM network and a fourth generation (4G) mobile communication system access network rather than a CDMA network.

The base station 120 can obtain information such as the latitude and longitude at which the base station transmitter is located from the GPS and transmits the location information to the mobile terminal 110 through the parameter message of the forward link paging channel, To the PDE server 150 via the Internet.

The repeater 122 relays the communication of the mobile terminal 110 in the specific area on behalf of the base station 120.

The mobile switching center 130 performs common call processing functions such as basic service and supplementary service processing, incoming and outgoing call processing, location registration and handoff procedure processing, interworking with other networks, GPS information, auxiliary data transmission / reception, location information request signal, and location information transmission. At this time, although not shown, the mobile switching center 130 is connected to an HLR storing location and call information of a mobile switching center 130 in which the mobile terminal 110 is currently set up.

The PDSN 132 performs a function of providing data service to the mobile terminal 110. The PDSN 132 is an evolution of an interworking function (IWF) used to support data communication in a second generation (2G) mobile communication system. In implementing the present invention, It is also possible to use a manganese interlocking device instead.

The RTA server 140 is a server for managing the communication status and information of the relay 122. [

The PDE server 150 acquires and stores and manages location information of the mobile terminal 110 communicating through the repeater 122 through the base station location information and the repeater location information. That is, the PDE server 150 receives base station location information of the mobile terminal 110 from the mobile switching center 130 or the PDSN 132 or receives the location information of the mobile terminal 110 from the RTA server 140 And provides the location information of the stored mobile terminal 110 when the location information of the mobile terminal 110 is requested from the LBSP server 170. The PDE server 150 is responsible for positioning related call processing by the IS-801 standard, in which the mobile terminal 110 provides the GPS information received from the GPS satellite to the LBSP server 170.

The ILIS server 160 stores the location information of the repeater 122 with respect to the location of the repeater 122 and also stores the location information of the base station of the mobile terminal 110 transmitted from the PDE server 150. When there is a location information request of the mobile terminal 110 from the PDE server 150, the ILIS server 160 adds more detailed repeater location information to the base station location information of the corresponding mobile terminal 110, (150).

The LBSP server 170 manages location information of the mobile terminal 110 and is connected to the CP 180 to provide a location information service. That is, the LBSP server 170 requests the location information of the mobile terminal 110 from the PDE server 150 and the location information of the mobile terminal 110 based on the base station location information and the repeater location information from the PDE server 150 And transmits the received location information to the CP 180 so that the mobile terminal 110 can receive location information related services.

The CP 180 provides the content corresponding to the location information of the mobile terminal 110.

2 is a block diagram schematically illustrating an internal configuration of a PDE server according to an embodiment of the present invention.

2, the PDE server 150 according to the present invention includes a communication unit 210, a repeater information obtaining unit 220, a base station information obtaining unit 230, and a control unit 240.

The communication unit 210 communicates with the mobile switching center 130, the RTA server 150, the ILIS server 160, and the LBSP server 170.

The repeater information acquiring unit 220 inquires the RTA server 140 of the repeater 122 in communication such as proceeding with the mobile terminal 110 through the mobile switching center 130 and transmits the location information of the repeater 122 And acquires the repeater information including the information.

The base station information obtaining unit 230 obtains base station information including location information of the base station 120 providing a mobile communication call to the mobile terminal 110 through the mobile switching center 130.

The control unit 240 transmits the location information of the mobile terminal 110 based on the obtained repeater information and the base station information to the CP 180 through the LBSP server 170 and transmits the location information of the mobile terminal 110 from the CP 180 And controls the content corresponding to the information to be provided to the mobile terminal 110.

Here, the repeater information obtaining unit 220 transmits the MIN number of the mobile terminal 110 and the mobile switching center information to the RTA server 140, and then transmits the MIN number and the mobile switching center information from the RTA server 140 to the mobile terminal 110, And acquires the repeater information including the location information of the repeater 122.

At this time, the repeater information includes the MIN number of the mobile terminal and the traffic, and includes the reception level, the PN, and the base station address in case of the traffic state.

3 is a block diagram schematically illustrating an internal configuration of an ILIS server according to an embodiment of the present invention.

Referring to FIG. 3, the ILIS server 160 includes a communication unit 310, a location information database 320, and a control unit 330.

The communication unit 310 communicates with the PDE server 150 that communicates with the RTA server 140 that manages a plurality of repeaters to transmit and receive data.

The location information database 320 is a pCell database. The location information database 320 stores a location information of a base station 120 providing a mobile communication call to the mobile terminal 110, a repeater information table storing location information of a plurality of repeaters, And a base station information table.

Here, the repeater information table includes all of the measured number of repeater signals (Repeater_Measurement Count) field. At this time, all the measurement number fields of the measured repeater signal include a system identifier of the measured repeater signal, a network identifier of the measured repeater signal, a basestation identification of the measured repeater signal, The PN number of the repeater signal, and the reception level (Rx Level) of the measured repeater signal.

The repeater information table includes a configuration including a top and a longitude for each repeater. The configuration includes a repeater ID, a base station name, a system ID, a mobile switching center number MSC No, MSC ID, base station type, sector type, transmission PN, AntLAT, AntLONG, and the like.

The control unit 330 reads the corresponding location information from the location information database 320 and transmits the location information to the PDE server 150 in response to the location information request from the PDA server 150, (150).

4 is an overall flowchart for explaining a positioning method using repeater information according to an embodiment of the present invention.

Referring to FIG. 4, the LBSP server 170 transmits a Location Request message to the PDE server 150 according to a request from the CP 180 (S410).

Accordingly, the PDE server 150 queries the HLR to determine which mobile switching center 130 is located in the area covered by the mobile terminal 110 as a positioning target.

Accordingly, in the HLR, information about the MSC to which a call of the mobile terminal 110 is currently set is transmitted to the PDE server 150, and the PDE server 150 acquires the MSC information in which the mobile terminal 110 is located (S420).

Next, the PDE server 150 performs position determination with respect to the mobile terminal 110 according to a known technique based on the MSC information acquired from the HLR (S430). That is, the PDE server 150 performs GPS terminal positioning through processes such as IS-801 and SUPL, or performs positioning of non-GPS terminals using PSMM, MR, or the like.

The PDE server 150 transmits the MIN number and the MSC information of the positioned mobile terminal 110 to the RTA server 140 to request the repeater information of the mobile terminal 110 at step S440. At this time, the MSC information may include base station information on which the mobile terminal 110 is currently registered.

When the mobile terminal 110 is located in a specific area covered by the relay 122, the relay 122 performs positioning with respect to the mobile terminal 110 through the base station 120 and transmits the location registration information To the RTA server (140).

Accordingly, the RTA server 140 collects and stores location registration information, which is performed by each of the repeaters 122 in a jurisdiction area, from a plurality of the repeaters 122 through the above process, and the PDE server 150 stores the repeater information Upon request, the repeater information is provided.

The RTA server 140 provides the PDA server 150 with the repeater information of the mobile terminal 110 and the repeater 122 that performs the current positioning (S450).

At this time, the repeater information provided from the RTA server 140 to the PDE server 140 includes information on the repeater for which the last call was last terminated, the time when the call was terminated by the repeater, and the time for which the last call was held.

The PDE server 150 acquires the location information of the mobile terminal based on the previously acquired mobile switching center information and the currently acquired repeater information, and transmits the location information to the CP 180 (S460).

That is, the PDE server 150 is capable of providing detailed and precise information on the location information of the mobile terminal 110 obtained from the HLR based on the detailed location information of the mobile terminal 110 acquired from the RTA server 140 Acquires location information of the mobile terminal 110 and provides the location information to the CP 180.

Accordingly, the CP 180 provides the content corresponding to the location information of the mobile terminal 110 provided from the PDE server 150 to the mobile terminal (S470).

FIG. 5 is a flowchart illustrating a positioning method using a repeater information of a PDE server according to an embodiment of the present invention. Referring to FIG.

5, the PDE server 150 according to the present invention obtains base station information of the mobile terminal 110 from the mobile switching center 130 through the base station information obtaining unit 230 (S510).

At this time, the base station information includes the location information of the mobile terminal 110 provided by the base station 120, and the PDE server 150 can check the base station location information of the mobile terminal 110 by the IS-801 standard have. In this case, a network-based method using a base station receive signal, a handset-based method using a GPS signal, or a hybrid method in which two techniques are mixed may be used.

The PDE server 150 then transmits the repeater information of the repeater 122 communicating with the mobile terminal 110 to the RTA server 150 through the repeater information obtaining unit 220 based on the base station information received from the mobile switching center 130. [ (Step S520).

Here, the PDE server 150 transmits the MIN number of the mobile terminal 110 and the mobile switching center information to the RTA server 140 to request the relay information.

At this time, the repeater information includes the MIN number of the mobile terminal, the traffic condition, the reception level (Rx Level), the PN, and the base station address (BTS Address).

In addition, the repeater information includes repeater location information including the location of the repeater and the longitude.

The repeater information includes a repeater ID, a base station name, a system ID, a mobile switching center number, a mobile switching center ID, a base station type, a repeater type, a sector type, and the like.

Then, the PDE server 150 acquires the repeater information of the mobile terminal 110 from the RTA server 140 through the repeater information obtaining unit 220 (S530).

The PDE server 150 transmits the acquired base station information and repeater information to the ILIS server 160 in cooperation with the ILIS server 160 in step S540 and stores the same in the location information database 320. [

Table 1 below shows the location information details stored and managed in the location information database 320 by the ILIS server 160.

Field Location information pCell ID pCell Identification SID System Identification NID Network Identification BASE_ID Base Station Identification REF_PN Reference PN REF_PILOT_STRENGTH Reference PN Pilot Strength TOTAL_RX_PWR Total Received Power Measurement Count All measurements on pCell PILOT_PN Measured PN PILOT_PN_PHASE Measured PN_PHASE PILOT_STRENGTH Measured Pilot Strength Repeater_Measurement Count All measurement numbers of measured repeater signals Repeater_SID System Identification of Measured Repeater Signals Repeater_NID Network Identification of Measured Repeater Signals Repeater_BASE_ID Base Station Identification of Measured Repeater Signals Repeater_PN The measured PN (PSC) Repeater_Rx_Level Rx Level of Measured Repeater Signal common LATITUDE latitude of pCell LONGITUDE The hardness of pCell

That is, the location information database 320 includes a table in which a repeater information table indicated in bold in Table 1 is added to the base station information table corresponding to the existing pCell DB.

Also, the repeater information table of the location information database 320 has repeater information details including latitude and longitude for each repeater as shown in Table 2 below.

Repeater
ID Base station name SYS ID MSC NO MSC ID Base Station Type Sector Type Base ID Transmit PN AntLAT AntLONG Remarks 12225611 ABC 2236 122 0000 1X Alpha 256 4 35.813889 128.524445 12225612 ABC 2236 122 0000 1X Alpha 256 4 35.813889 128.524445 12225623 ABC 2236 122 0000 1X Beta 256 4 35.813889 128.524445 .
.
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. .
.
. .
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.
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.
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.
. .
.
. .
.
. .
.
. 12225811 2236 122 1X Alpha 258 28 35.836666 128.556107

That is, the repeater information includes a repeater ID, a base station name, a system ID, a mobile switching center number (No), a mobile switching center ID, a base station type, a base ID, a transmission PN, latitude and longitude.

Next, the PDE server 150 obtains the location information of the mobile terminal 110 based on the base station information and the repeater information stored in the ILIS server 160 (S550).

The PDE server 150 transmits the acquired location information of the mobile terminal 110 to the CP 180 through the LBSP server 170 (S560).

Accordingly, the CP 180 provides the contents corresponding to the location information of the mobile terminal 110 received from the PDE server 150 to the corresponding mobile terminal 110.

As described above, according to the present invention, the pCell database including the repeater information is configured. When the location information of the mobile terminal is located, the repeater management server obtains the repeater information that the current positioning is in progress, It is possible to realize the positioning method and system using the repeater information, which can locate the location information of the mobile terminal using the information added.

It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the present invention as defined by the following claims and their equivalents. Only. The scope of the present invention is defined by the appended claims rather than the detailed description and all changes or modifications derived from the meaning and scope of the claims and their equivalents are to be construed as being included within the scope of the present invention do.

The present invention can be applied to a mobile communication system that performs call processing interworking with a PDE server and an ILIS server for positioning.

Further, the present invention can be applied to a service and a system in which content suitable for the location information is provided to a mobile terminal based on location information of the mobile terminal.

In addition, the present invention can be applied to a mobile communication system that provides a mobile communication call to a mobile terminal through a repeater instead of a base station, and a system that can more precisely provide location information of the mobile terminal through such a relay.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram schematically illustrating the configuration of a position location system using repeater information according to an embodiment of the present invention; FIG.

2 is a block diagram schematically illustrating an internal configuration of a PDE server according to an embodiment of the present invention.

3 is a block diagram schematically illustrating an internal configuration of an ILIS server according to an embodiment of the present invention.

FIG. 4 is a flowchart illustrating a method of location location using repeater information according to an embodiment of the present invention. Referring to FIG.

FIG. 5 is a flowchart illustrating a positioning method using a repeater information of a PDE server according to an embodiment of the present invention. Referring to FIG.

Description of the Related Art

100: Position location system 110: Mobile terminal

120: base station 122: repeater

130: mobile switching center 132: PDSN

140: RTA server 150: PDE server

160: ILIS server 170: LBSP server

180: CP 210:

220: repeater information acquiring unit 230: base station information acquiring unit

240: control unit 310: communication unit

320: location information database 330:

Claims (16)

A mobile terminal for performing location registration at the time of movement; A base station for providing a mobile communication call to the mobile terminal; A relay for relaying communication of the mobile terminal in a specific area; A repeater management (RTA) server for managing communication states and information of a plurality of repeaters connected to the base station; An integrated location information (ILIS) server that stores the location information of the repeater to the location of the repeater; A content provider for providing content corresponding to location information of the mobile terminal; And transmits a call for positioning the mobile terminal to the mobile terminal via the base station, and transmits the MIN number of the mobile terminal and mobile switching center information to the RTA (RTA) server obtains information of a repeater which is connected to the mobile terminal by a call for positioning the mobile terminal, and transmits location information of the mobile terminal to the relay station management server A location determination (PDE) server for acquiring and storing and managing information; And A local base (LBSP) server for managing location information of the mobile terminal and connected to the content provider so as to provide a location information service; And a positioning system using the repeater information. A communication unit for communicating with a relay agent management (RTA) server, a mobile switching center, an integrated location information (ILIS) server and a local infrastructure (LBSP) server for managing communication states and information of a plurality of relays connected to the base station; A base station information acquiring unit acquiring base station information including location information of a base station providing a mobile communication call to the mobile terminal through the mobile switching center; A control unit for controlling the base station to acquire the base station information by the base station information obtaining unit and then transmit a call for positioning the mobile terminal to the mobile terminal via the base station; And After transmitting the MIN number of the mobile terminal and the mobile switching center information to the RTA management server, a call for positioning the mobile terminal from the RTA management server obtains information of the relay device connected to the mobile terminal And a repeater information obtaining unit Wherein, (LBSP) server to transmit the acquired location information of the mobile terminal based on the obtained repeater information and the base station information to the content provider, and the content corresponding to the location information of the mobile terminal is transmitted from the content provider to the mobile terminal (PDE) < / RTI > server. delete 3. The method of claim 2, Wherein the repeater information includes a MIN number of the mobile terminal, a traffic condition, a reception level (Rx Level), a PN, and a base station address (BTS address). delete delete delete delete delete A positioning method using a repeater information of a system including a mobile terminal, a base station, a repeater, an RTA server, an ILIS server, a CP, a PDE server, and an LBSP server, (a) the LBSP server transmits a location request message to the PDE server at the request of the CP; (b) the PDE server acquiring mobile switching center information on which the mobile terminal is currently located; (c) after the PDE server acquires information of a base station connected to the mobile terminal, transmitting a call for positioning the mobile terminal to the mobile terminal via the base station; (d) the PDE server transmits the MIN number of the mobile terminal and mobile switching center information to the RTA server, and a call for positioning the mobile terminal from the RTA server requests information of a relay connected to the mobile terminal; (e) providing, by the RTA server, information on a relay for the positioning of the mobile terminal to the PDE server in connection with the mobile terminal; And (f) the PDE server acquires location information of the mobile terminal based on the repeater information and transmits the location information to the CP; The method comprising: determining a position of the mobile station based on the position information; 11. The method of claim 10, Wherein the CP provides the content corresponding to the location information of the mobile terminal to the mobile terminal after the step (f). A location location method using an RTA server, a mobile switching center, an ILIS server, and repeater information of a PDE server communicating with an LBSP server, (a) receiving base station information including location information of a base station providing a mobile communication call from the mobile switching center to a mobile terminal; (b) after the base station information is acquired, transmitting a call for positioning the mobile terminal to the mobile terminal via the base station; (c) transmitting the MIN number of the mobile terminal and mobile switching center information to the RTA server; (d) obtaining, from the RTA server, a call for positioning of the mobile terminal, information of a relay connected to the mobile terminal; (e) acquiring position information of the mobile terminal based on the base station information and the repeater information; And (f) transmitting location information of the acquired mobile terminal to the content provider through the LBSP server; Wherein the PDE server comprises: delete 13. The method of claim 12, Wherein the repeater information includes a MIN number of the mobile terminal, a traffic condition, a reception level (Rx Level), a PN, and a base station address (BTS Address). 13. The method of claim 12, Wherein the repeater information includes repeater location information including a location of the repeater and a longitude of the repeater. 13. The method of claim 12, Wherein the repeater information includes a repeater ID, a base station name, a system ID, a mobile switching center number, a mobile switching center ID, a base station type, a repeater type, a sector type, and the like.

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