KR100601870B1 - System and Method for Location Management of Mobile Communication Terminal Using Wireless Local Area Access Point and Mobile Communication Terminal therefor - Google Patents

Abstract

The present invention relates to a location management system and method for a mobile communication terminal using a wireless local area network (AP) and a mobile communication terminal for the same.

The location management system of a mobile communication terminal using the wireless local area AP of the present invention receives GPS coordinate data, which is the location information of the wireless local area AP, from the wireless local area AP capable of wireless local area communication with the mobile communication terminal, and performs the GPS at the time of the call attempt. A system for enabling location-based services of a mobile communication terminal by transmitting coordinate data to a mobile communication network, the system comprising a GPS receiver and a short range wireless communication module, receiving GPS coordinate data through the GPS receiver, A wireless local area AP for transmitting the GPS coordinate data through a short range wireless communication module to a mobile communication terminal entering a possible AP area; Storing GPS coordinate data and MIN information of the user, receiving GPS coordinate data and MIN information from the charging server of the mobile communication network, authenticating the GPS coordinate data transmitted from the charging server with reference to the database, and charging the authentication result GPS coordinate management server for transmitting to the server; There is a technical feature made to include.

Wireless Near Field AP, GPS Coordinate Management Server

Description

System and Method for Location Management of Mobile Communication Terminal Using Wireless Local Area Access Point and Mobile Communication Terminal therefor}

1 is a configuration diagram of a location management system according to an embodiment of the present invention;

2 is a block diagram of a wireless local area AP according to an embodiment of the present invention;

3 is a block diagram of a mobile communication terminal according to an embodiment of the present invention;

4 is a configuration diagram of a GPS coordinate management server according to an embodiment of the present invention;

5 is a flowchart illustrating a process of receiving and using GPS coordinates according to an embodiment of the present invention;

6 is a flowchart illustrating a process of receiving and using GPS coordinates according to another embodiment of the present invention;

7 is a flowchart illustrating a location based charging process according to an embodiment of the present invention.

<Description of Symbols for Main Parts of Drawings>

100: wireless short-range AP 110: CPU

120: power supply 130: modem

140: memory 150: wireless short-range communication module

200: mobile communication terminal 210: control unit

220: input unit 230: memory

240: display unit 250: audio unit

260: wireless transceiver 270: call processing unit

280: wireless local area communication module 290: AP registration processing unit

300: mobile communication network 310: billing server

320: GPS coordinate management server 321: location information database

322 location verification unit

The present invention relates to a location management system and method for a mobile communication terminal using a wireless local area AP and a mobile communication terminal therefor. More specifically, the wireless local area AP, including a wireless local area network (AP), is installed in a home. When entering, the GPS coordinates are transmitted to the mobile communication terminal, and the mobile communication terminal transmits the GPS coordinates to the mobile communication network when the call is originated, so that the mobile subscriber can receive location-based services such as a discount rate service for home calls. The present invention relates to a location management system and method for a mobile communication terminal using a wireless local area network (AP) and a mobile communication terminal for the same.

In the conventional location-based charging service, when a call from a mobile communication terminal is attempted, the location of the mobile communication terminal is confirmed based on cell or GPS, and when the call is located in a specific discounted area, the call rate is discounted according to a specific rate. In general, in this case, whenever a call is attempted, it is necessary to check in which area the mobile communication terminal is currently located, or to register and release a call when entering or exiting a specific discount area regardless of the call attempt. There was a hassle.

In addition, in order to reduce call charges, mobile subscribers compare the call charges of the mobile communication terminal with the call charges of the wired terminal located in the home, and often use a wired terminal in the home. However, in general, the wired terminal in the home is used in common by several people, and thus there is a problem in that even though the call rate is low, inconvenience in long-term use.

Accordingly, in recent years, a technology for enabling a mobile communication network and a wired network to be simultaneously used as one mobile communication terminal has been introduced. However, a separate complicated device is required for the switching of the network to be applied most of the time, or it is added to the mobile communication terminal. Rather than increasing the cost because the device must be provided, there is a problem that the communication efficiency is reduced to perform a complex process in order to be able to use a plurality of networks with a single terminal.

Accordingly, the present invention is to solve the above-mentioned disadvantages and problems of the prior art, to provide a location-based services such as a home call discount service through a simple device and communication without going through a separate call conversion process, etc. An object of the present invention is to provide a location management system and method of a mobile communication terminal using a wireless local area network (AP) and a mobile communication terminal therefor.

The object of the present invention is to receive the GPS coordinate data of the location information of the wireless local area AP from the wireless local area AP capable of wireless local area communication with the mobile communication terminal, and transmits the GPS coordinate data to the mobile communication network when attempting a call A system for enabling location based services of a mobile communication system, comprising: a GPS receiver and a short range wireless communication module, receiving GPS coordinate data through the GPS receiver, and entering a short distance to a mobile communication terminal entering a AP region capable of short range wireless communication. A wireless local area AP for transmitting the GPS coordinate data through a wireless communication module; GPS coordinate data and MIN (mobile communication terminal number) information of the user are stored, and when GPS coordinate data and MIN information are received from the charging server of the mobile communication network, the GPS coordinate data transmitted from the charging server with reference to the location information database A GPS coordinate management server for authenticating and transmitting the authentication result to the charging server; It is achieved by a location management system of a mobile communication terminal using a wireless local area AP comprising a.

In addition, the object of the present invention is to perform a voice call and data call processing through a mobile communication network by using a control unit, an input unit, a memory, a display unit, an audio unit, a wireless transceiver for transmitting and receiving radio signals with a base station, the wireless transceiver. A mobile communication terminal comprising a call processing unit and a wireless local area communication module for wireless communication in a predetermined area, wherein the mobile communication terminal is a wireless local area for transmitting GPS coordinate data through wireless local area communication to the mobile communication terminal. Entering an AP region capable of wireless short-range communication with the AP, transmits a registration request message to the wireless short-range AP, and when GPS coordinate data is received from the wireless short-range AP, registering the AP storing the received GPS coordinate data in the memory Processing unit; It is configured to further include, wherein the call processing unit is achieved by the mobile communication terminal to enable the location-based service of the mobile communication terminal by transmitting the GPS coordinate data to the mobile communication network when the call attempt.

In addition, the object of the present invention is a wireless local area AP for receiving GPS coordinate data using a GPS receiver and transmitting the GPS coordinates to a mobile communication terminal through a wireless local area communication module; A GPS coordinate management server that manages user-specific GPS coordinate data for a wireless local area AP installation location; A location management method of a location management system that enables location-based services of a mobile communication terminal, including: When receiving a registration request message from a mobile communication terminal entering an AP region capable of wireless short-range communication with the wireless local area AP; A first step of acquiring GPS coordinate data through the GPS receiver; Transmitting the acquired GPS coordinate data to the mobile communication terminal using a wireless local area communication module; When the GPS coordinate management server receives the GPS coordinate data and the MIN information from the charging server of the mobile communication network, the GPS coordinate data transmitted from the charging server is authenticated with reference to the GPS coordinate data information for each user, and the authentication result is received. Transmitting to a charging server; It is achieved by a location management method of a mobile communication terminal using a wireless local area AP comprising a.

In addition, the object of the present invention is a location management method for a location-based service in a mobile communication terminal comprising a wireless local area communication module for wireless local area communication with a wireless local area AP for transmitting GPS coordinate data, wireless local area AP area A first step of transmitting a registration request message to the wireless local area AP when a signal of the wireless local area AP is detected as entering the wireless local area AP; A second step of storing GPS coordinate data when GPS coordinate data is received from the wireless local area AP through the wireless local area communication module; A third step of transmitting the stored GPS coordinate data to a mobile communication network when a call origination is requested from a user; It is achieved by a location management method of a mobile communication terminal using a wireless local area AP comprising a.

Details of the above object and technical configuration of the present invention and the resulting effects thereof will be more clearly understood from the following detailed description based on the accompanying drawings.

First, Figure 1 is a block diagram of a location management system according to an embodiment of the present invention.

As shown, the location management system of the present invention is configured to include a wireless local area AP (100), the GPS coordinate management server 320 connected to the mobile communication terminal 200 and the charging server (310).

The wireless local area AP (Access Point: 100) is installed in a specific place (domestic, office, etc.), the GPS receiver for receiving the GPS coordinate data that is the current location information of the wireless local area AP 100 from the GPS satellite 131 ( 130 and a short range wireless communication module for short range wireless communication with the mobile communication terminal 200.

The wireless short range AP 100 receives GPS coordinate data from the GPS satellite 131 through the GPS receiver 130 when a registration request message is transmitted from the mobile communication terminal 200 that enters a wireless short range communication region. GPS coordinate data is transmitted to the mobile communication terminal 200 through a wireless local area communication means.

When the signal of the wireless local area AP 100 is detected, the mobile communication terminal 200 transmits a registration request message to the wireless local area AP 100 to receive GPS coordinates in response to the received GPS coordinates, and stores the received GPS coordinates in memory. If the voice call or data call is attempted by the user, the GPS coordinates are transmitted to the mobile communication network 300 using a call attempt message, a data burst message, a network access ID (NAI), and the like.

Accordingly, the billing server 310 that charges the voice call and the data call in the mobile communication network 300 receives the GPS coordinates and the MIN information from the GPS coordinate management server 320 when the billing data including the GPS coordinate data is collected. Request the authentication, and performs location-based charging processing according to the response of the GPS coordinate management server 320.

When the GPS coordinate management server 320 receives the GPS coordinates and the MIN information from the charging server 310, the GPS coordinate management server 320 matches the GPS coordinate information of the corresponding subscriber stored in the database with the information received from the charging server 310. Determine and authenticate.

Each component constituting the system of the present invention as described above will be described in more detail with reference to FIGS. 2 to 4 as follows.

First, FIG. 2 is a configuration diagram of a wireless local area access point (AP) according to an embodiment of the present invention.

As shown, the wireless local area AP (100) is a CPU 110 for performing the overall processing for GPS coordinates reception and transmission, power supply unit 120 for applying power, GPS receiver for receiving GPS coordinate data from GPS satellites 130, a memory 140 for storing GPS coordinate data, and a wireless local area communication module 150 for transmitting GPS coordinate data to the mobile communication terminal 200.

When the CPU 110 receives a registration request message from the mobile communication terminal 200 that has entered the AP region capable of wireless short-range communication, the GPS receiver 130 receives the GPS coordinate data and the GPS receiver 130. Transmits the received GPS coordinate data to the mobile communication terminal (200).

The GPS coordinate data is not previously stored in the wireless local area AP 100, but is newly received every time a registration request message is received from the terminal 200, so that the wireless local area AP 100 is not in the service contracted area. May restrict the use of

On the other hand, the wireless short-range AP 100 stores the MIN information of the user in the memory 140, in order to limit the use of the non-subscriber, and receives when the CPU 110 receives the MIN information from the terminal 200, The MIN information and the MIN information stored in the memory 140 may be compared to receive the GPS coordinates only when they match. In this case, the mobile communication terminal 200 should transmit its own MIN information in the registration request message.

In addition, the MIN information of the user is stored in the memory 140, and the CPU 110 transmits GPS coordinate data and MIN information stored in the memory 140 to the mobile communication terminal 200 together with the wireless short-range AP ( 100) may limit the use of non-subscribers. In this case, the mobile communication terminal 200 compares its own MIN information with the MIN information received from the wireless local area AP 100, and stores the GPS data received from the wireless local area network 100 only when they match. The service must be available.

The wireless local area communication module 150 transmits the GPS coordinates to the mobile communication terminal 200 having the wireless local area communication means. The wireless local area communication module 150 provides RF power so that the mobile communication terminal 200 entering the area can detect a signal. It transmits continuously, and transmits GPS coordinate data to the mobile communication terminal 200 under the control of the CPU (110).

In the present invention, the wireless short-range communication module is a module capable of short-range wireless communication, such as a Bluetooth module, a Zigbee module, an infrared communication module, the type is not limited.

3 is a block diagram of a mobile communication terminal according to an embodiment of the present invention.

As illustrated, the mobile communication terminal 200 includes a control unit 210, an input unit 220, a memory 230, a display unit 240, an audio unit 250, a wireless transceiver 260, and a call processor 270. And a wireless local area communication module 280 for short-range wireless communication with the wireless local area network (100) and an AP registration processor (290) for registration processing with the wireless local area network (100). Include.

The wireless short range communication module 280 detects an RF signal continuously transmitted from the wireless short range AP 100, and enables the mobile communication terminal 200 to transmit a registration request message to the wireless short range AP 100. Any means capable of wireless short-range communication, such as a Bluetooth module, a Zigbee module, an infrared communication module, can be applied.

When the AP registration processor 290 detects a signal from the wireless local area AP 100, the AP registration processor 290 transmits a registration request message to the wireless local area network 100 through the wireless local area communication module 280, and responds to a registration request message. As a result, GPS coordinate data is received from the wireless local area network (100) via the wireless local area communication module (280) and stored in the memory (230).

In this case, as described above, the AP registration processor 290 includes the MIN information included in the registration request message transmitted to the wireless local area AP 100 and transmits it, and stores the MIN stored in the wireless local area network AP 100. The GPS coordinates may be determined based on whether the information matches the MIN information transmitted by the AP registration processor 290.

In addition, the AP registration processor 290 receives the GPS coordinates and MIN information from the wireless local area AP (100), and whether the MIN information of its own and the MIN information received from the wireless local area AP (100) by themselves The determination may be made so that the received GPS coordinate data is stored if there is a match, otherwise the GPS coordinate data may not be available.

Meanwhile, the AP registration processor 290 receives and stores GPS coordinates from the wireless local area network AP 100, periodically transmits a registration request message to the wireless local area network AP 100, and transmits the registration request message to the wireless local area network AP 100. If there is no response from), it may be desirable to delete the stored GPS coordinates.

When the GPS coordinate data is received from the wireless short-range AP 100, the AP registration processor 290 indicates that the AP area is a serviceable area through a user interface (UI) of the mobile communication terminal 200. When the GPS coordinates are deleted, it is preferable to delete the AP area display so that the user can recognize it.

The call processing unit 270 transmits GPS coordinates to the mobile communication network 300 together with the corresponding call processing when a voice call or data call is attempted by the user, and the GPS coordinate data received from the wireless local area network AP 100. If there is, a call origination message including the GPS coordinate data is transmitted to the mobile communication network 300 when the call is attempted, or a data burst message including the GPS coordinate data after the call connection is transmitted. send.

Meanwhile, in the case of a data call, the call processing unit 270 may configure a network access ID (NAI) including the GPS coordinates, and attempt to access the data call using the NAI including the GPS coordinate data.

Next, Figure 4 is a block diagram of a GPS coordinate management server according to an embodiment of the present invention.

As illustrated, the GPS coordinate management server 320 includes a location information database 321 and a location authentication unit 322.

The location information database 321 stores MIN (mobile communication terminal number) information of a service subscriber and GPS coordinate information for location authentication for a place (area) in which each wireless local area AP 100 is installed. In this case, the GPS coordinate information is preferably information on the range of the GPS coordinates.

When the location authentication unit 322 receives the MIN information and the GPS coordinate information from the charging server 310, the location authentication unit 322 receives the GPS coordinate information and the GPS coordinate information of the database 321 based on the information of the database 321. The location authentication is performed by determining whether there is a match, and the result is transmitted to the charging server 310.

In the embodiment of the present invention, as described above, the billing server 310 is to perform the location-based billing service using the authentication result through the GPS coordinate management server 320, the billing server 310 GPS coordinate management server The location authentication may be performed directly by sharing the database 321 of 320, and for this purpose, the charging server 310 and the GPS coordinate management server 320 may be configured in one configuration.

In addition, in the embodiment of the present invention, the charging server 310 and the GPS coordinate management server 320 has been described as an example of performing the authentication process as described above, but the configuration of the GPS coordinate management server 320 Without, the GPS coordinate information of the installation place in each of the wireless local area AP (100) is initially stored (at the time of device installation), the GPS coordinates as the wireless local area AP 100 receives a registration request message from the terminal 200 When receiving, it is possible to limit the GPS coordinate transmission itself to the mobile communication terminal 200 compared to the initially stored GPS coordinates, in this case, the billing server 310 in the case of billing data including GPS coordinates without a separate authentication process The location-based charging process can be performed unconditionally.

The service process in the location management system of the present invention as described above will be described with reference to Figs.

First, FIG. 5 and FIG. 6 are flowcharts illustrating an embodiment of a GPS coordinate receiving and using process according to the present invention. FIG. 5 illustrates an example of transmitting GPS coordinates in a call attempt message when a call is attempted. 6 shows an embodiment of transmitting GPS coordinates using a data burst message after call connection.

As shown in FIG. 5, when the mobile communication terminal 200 enters the area of the wireless local area AP 100, the mobile communication terminal 200 transmits a registration request message to the wireless local area network 100 (S101). In response to receiving the registration request message, GPS coordinate data is received through the GPS receiver 130 (S102) and the received GPS coordinate data is transmitted to the mobile communication terminal 200 to respond to the registration request (S103).

Next, the mobile communication terminal 200 stores the GPS coordinates in order to use the received GPS coordinate data at the call origination, and the current serviceable area (AP area) through the user interface (UI) of the mobile communication terminal 200. By indicating that the user can recognize (S104).

In this case, the mobile communication terminal 200 periodically repeats the registration request and response receiving process while in the AP area, and if the periodic registration fails, deletes the GPS coordinate data received in advance, and deletes the AP area display of the UI. It would be desirable.

When a data call or voice call is attempted by a user, the mobile communication terminal 200 storing the GPS coordinates as described above includes GPS coordinate data in a call attempt message (CHARi field) to an exchange or packet data service node of the mobile communication network. By transmitting (S105), location-based charging can be made.

Meanwhile, the wireless short range AP 100 or the mobile communication terminal 200 may determine whether a subscriber is available to use the corresponding service only for the subscriber.

That is, as an embodiment of determining whether the wireless local area AP (100) is a subscriber, in step S101, the mobile communication terminal 200 includes its MIN information in a registration request message and transmits it, and the wireless local area AP (100). Compares the MIN information of the subscriber previously stored with the received MIN information, and may perform step S102 only when they match.

In addition, as an exemplary embodiment in which the mobile communication terminal 200 determines whether a subscriber is present, in step S103, the wireless short range AP 100 transmits MIN information of a subscriber previously stored together with GPS coordinates. The mobile communication terminal 200 may compare its MIN information with the MIN information received from the wireless local area network AP 100 and perform step S104 only when they match.

In addition, as described above, in order to omit the location authentication procedure between the charging server 310 and the separate GPS coordinate management server 320, the information of the GPS coordinates of the installation location in each of the wireless local area APs 100 may be initialized ( When the device is installed), after step S102 and before step S103, the wireless local area AP 100 compares the GPS coordinates currently received with the pre-stored GPS coordinates so that the step S103 is performed only when they match. Can be.

Meanwhile, the embodiment of FIG. 6 is different from the transmission means and the time point for transmitting the GPS coordinates to the mobile communication network, and the registration request step (S201) to the GPS coordinate storage and status display step from the mobile communication terminal 200. S204 is the same as steps S101 to S104 in FIG. 5.

Subsequently, when a call is attempted by the user, the mobile communication terminal 200 performs a general call setup with a switch or a packet data service node. When the call setup is completed and a voice call or data call is started (S205), the mobile communication terminal ( 200 carries GPS coordinate data on the data burst message and transmits the GPS coordinate data to an exchange or a packet data service node (S206).

Meanwhile, in the embodiments of FIGS. 5 and 6, only a case of using a call attempt message and a data burst message has been described. However, in the case of a data call, a GPS access data is configured by configuring a network access ID (NAI) including the GPS coordinates. It may be possible to attempt a data call connection using the NAI including.

Finally, FIG. 7 is a flowchart sequentially illustrating a location based charging process according to an embodiment of the present invention.

As shown in FIG. 5 and FIG. 6, when the charging server 310 of the mobile communication network collects the charging data including the GPS coordinate information (S301), the charging server 310 transmits the charging data to the charging data. The GPS coordinate information and the subscriber's MIN information are transmitted to the GPS coordinate management server 320 to request authentication (S302). At this time, the transmission of the subscriber's MIN information can be omitted.

The GPS coordinate management server 320 determines the location by determining whether the GPS coordinate information received from the charging server 310 matches the information stored in the database 321 with reference to the location information database 321 ( S303), and transmits the authentication result to the charging server 310 (S3047), and the charging server 310 processes the charging according to the authentication result.

According to the above process, the mobile communication network may provide various location-based services including location-based charging services to the originating terminal including the GPS coordinates.

As those skilled in the art to which the present invention pertains may implement the present invention in other specific forms without changing the technical spirit or essential features, the embodiments described above should be understood as illustrative and not restrictive in all aspects. Should be. The scope of the present invention is shown by the following claims rather than the detailed description, and all changes or modifications derived from the meaning and scope of the claims and their equivalents should be construed as being included in the scope of the present invention. do.

Accordingly, a location management system and method for a mobile communication terminal using a wireless local area network AP of the present invention and a mobile communication terminal for the same can provide a simple device and communication for a location-based service such as a location-based charging service without going through a separate call transfer process. There is an effect that can be provided through.

Claims (29)

Receive GPS coordinate data, which is the location information of the wireless local area AP, from the wireless local area AP capable of wireless local area communication with the mobile communication terminal, and transmit the GPS coordinate data to the mobile communication network when the call is attempted, thereby providing a location-based service of the mobile communication terminal. As a system that allows A GPS receiver and a short range wireless communication module are provided to receive GPS coordinate data through the GPS receiver, and transmit the GPS coordinate data through a short range wireless communication module to a mobile communication terminal that enters an AP region capable of short range wireless communication. A wireless local area AP; GPS coordinate data and MIN (mobile communication terminal number) information of the user are stored, and when GPS coordinate data and MIN information are received from the charging server of the mobile communication network, the GPS coordinate data transmitted from the charging server with reference to the location information database A GPS coordinate management server for authenticating and transmitting the authentication result to the charging server; Position management system of a mobile communication terminal using a wireless local area AP, characterized in that comprises a. The method of claim 1, The wireless short range AP, A power supply unit for applying power; A GPS receiver for receiving GPS coordinate data from a GPS satellite; A memory for storing the received GPS coordinate data; A wireless local area communication module for transmitting GPS coordinate data stored in the memory to a mobile communication terminal in a wireless local area AP area; And A CPU for receiving GPS coordinate data through the GPS receiver and transmitting the registration request message from the mobile communication terminal entering the wireless local area AP to the mobile communication terminal; Position management system of a mobile communication terminal using a wireless local area AP, characterized in that comprises a. The method of claim 2, The memory stores the user's MIN information (mobile communication terminal number), The CPU, When a registration request message including MIN information is received from the mobile communication terminal, it is determined whether or not the MIN information received from the mobile communication terminal and the MIN information stored in the memory match, and if so, the reception and transmission of the GPS coordinates. Location management system of a mobile communication terminal using a wireless local area AP, characterized in that for performing. The method of claim 2, The memory stores the user's MIN information, The CPU, And receiving a registration request message from the mobile communication terminal, transmitting GPS coordinate data along with MIN information stored in the memory to the mobile communication terminal. The method of claim 2, The memory stores the basic GPS coordinate data for the installation location of the initial wireless short-range AP, The CPU, Comparing the GPS coordinate data currently received through the GPS receiver with the GPS coordinate data stored in the memory in advance, and if it matches, receiving and transmitting the GPS coordinates, the mobile communication using a wireless short-range AP Location management system of the terminal. The method of claim 2, The wireless short range communication module, Location management system of a mobile communication terminal using a wireless short-range AP, characterized in that any one of the Bluetooth module, Zigbee module, infrared communication module. The method of claim 1, The GPS coordinate management server, A location information database for storing MIN (mobile communication terminal number) information of a user and GPS coordinate data of a wireless short-range AP installation location for each user; A location authentication unit for receiving GPS coordinate data and MIN information from a charging server of a mobile communication network, authenticating GPS coordinate data transmitted from the charging server with reference to the location information database, and transmitting an authentication result to the charging server; Position management system of a mobile communication terminal using a wireless local area AP, characterized in that comprises a. A control unit, an input unit, a memory, a display unit, an audio unit, a radio transceiver for transmitting / receiving radio signals with a base station, a call processor for performing voice call and data call processing through a mobile communication network using the radio transceiver and a predetermined area. In the mobile communication terminal comprising a wireless short-range communication module for wireless communication, The mobile communication terminal, When entering an AP region capable of wireless short-range communication with a wireless local area AP for transmitting GPS coordinate data through wireless local area communication to a mobile communication terminal, a registration request message is transmitted to the wireless local area AP, and the GPS coordinates are transmitted from the wireless local area AP. An AP registration processor for storing the received GPS coordinate data in the memory when data is received; It is configured to include more The call processor is a mobile communication terminal characterized in that the location-based services of the mobile communication terminal can be made by transmitting the GPS coordinate data to the mobile communication network when the call attempt. The method of claim 8, The AP registration processing unit, And transmitting its own MIN information in a registration request message transmitted to the wireless local area AP. The method of claim 8, The AP registration processing unit, When the GPS coordinates and the MIN information are received from the wireless local area AP, it is determined whether the MIN information of the wireless local area AP and the MIN information received from the wireless local area AP are matched, and if they match, storing the received GPS coordinate data in a memory. Mobile communication terminal characterized in that. The method of claim 10, The AP registration processing unit, After storing the GPS coordinates received from the wireless local area AP, and periodically transmits a registration request message to the wireless local area AP, if there is no response from the wireless local area AP, the movement characterized in that for deleting the stored GPS coordinates Communication terminal. The method of claim 8, The AP registration processing unit, When the GPS coordinates received from the wireless short-range AP is stored, it indicates that the AP area through the user interface (UI), and if the GPS coordinates are deleted, the AP area display is deleted. The method of claim 8, The call processing unit, Mobile communication terminal, characterized in that for transmitting a call attempt message (Origination Message) including the GPS coordinates. The method of claim 8, The call processing unit, After the call is connected, the mobile communication terminal, characterized in that for transmitting the GPS coordinates using a data burst message (Data Burst Message). The method of claim 8, The call processing unit, When the data call is connected, the mobile communication terminal, characterized in that attempts to access the data call using a network access ID (NAI) including the GPS coordinates. The method of claim 8, The wireless short range communication module, A mobile communication terminal, characterized in that any one of a Bluetooth module, Zigbee module, infrared communication module. A wireless local area AP for receiving GPS coordinate data using a GPS receiver and transmitting the GPS coordinates to a mobile communication terminal through a wireless local area communication module; A GPS coordinate management server that manages user-specific GPS coordinate data for a wireless local area AP installation location; Including a, location management method of the location management system to enable the location-based services of the mobile communication terminal, A first step of obtaining GPS coordinate data through the GPS receiver when receiving a registration request message from a mobile communication terminal entering an AP region capable of wireless short-range communication with the wireless short-range AP; Transmitting the acquired GPS coordinate data to the mobile communication terminal using a wireless local area communication module; When the GPS coordinate management server receives the GPS coordinate data and the MIN information from the charging server of the mobile communication network, the GPS coordinate data transmitted from the charging server is authenticated with reference to the GPS coordinate data information for each user, and the authentication result is charged. Transmitting to a server; Location management method of a mobile communication terminal using a wireless local area AP, characterized in that comprises a. The method of claim 17, The wireless local area AP stores the user's MIN information, In the first step, When the registration request message including the MIN information is received from the mobile communication terminal, the wireless local area AP determines whether the MIN information transmitted from the mobile communication terminal matches the stored MIN information, and if so, the GPS coordinate data. Location management method of a mobile communication terminal using a wireless short-range AP, characterized in that for obtaining. The method of claim 17, The wireless local area AP stores the user's MIN information, In the second step, When the registration request message including the MIN information is received from the mobile communication terminal, the wireless local area AP determines whether the MIN information transmitted from the mobile communication terminal matches the stored MIN information, and matches the GPS coordinates if they match. Location management method of a mobile communication terminal using a wireless local area AP, characterized in that for transmitting. The method of claim 17, The wireless local area AP stores the user's MIN information, In the second step, The wireless short range AP transmits the stored MIN information and GPS coordinate data to a mobile communication terminal together. A location management method for a location-based service in a mobile communication terminal comprising a wireless local area communication module for wireless local area communication with a wireless local area network that transmits GPS coordinate data. A first step of transmitting a registration request message to the wireless local area AP when a signal of the wireless local area AP is detected as the wireless local area AP is entered; A second step of storing GPS coordinate data when GPS coordinate data is received from the wireless local area AP through the wireless local area communication module; A third step of transmitting the stored GPS coordinate data to a mobile communication network when a call origination is requested from a user; Location management method of a mobile communication terminal using a wireless local area AP, characterized in that comprises a. The method of claim 21, In the first step, The mobile communication terminal, the location management method of a mobile communication terminal using a wireless local area AP, characterized in that the transmission including the MIN information in the registration request message. The method of claim 21, In the second step, When the GPS coordinate data and the MIN information of the user are received from the wireless local area AP, the mobile communication terminal determines whether the MIN information and the received MIN information coincide with each other. Location management method of a mobile communication terminal using a wireless local area AP, characterized in that for storing. The method of claim 21, The second step, And displaying the AP area through a user interface (UI) when the GPS coordinates are stored. The method of claim 21, After the second step, A fourth step of periodically performing the first step by the mobile communication terminal and deleting the stored GPS coordinates when there is no response from the wireless short range AP as a result of performing the first step; Location management method of a mobile communication terminal using a wireless short-range AP further comprising. The method of claim 25, The second step may include displaying an AP area through a user interface (UI) when the GPS coordinates are stored. The fourth step may include deleting the AP area display when GPS coordinates are deleted. The method of claim 21, The third step, When a call origination is requested from a user, the location management method of a mobile communication terminal using a wireless local area AP, comprising the GPS coordinates in the call origination message to transmit to the mobile communication network. The method of claim 21, The third step, When a call origination is requested from a user and a call connection is made with the mobile communication network, the GPS coordinates are transmitted to the mobile communication network using a data burst message. How to manage your location. The method of claim 21, The third step, When a data call origination is requested from a user, a mobile communication terminal using a wireless short-range AP characterized in that when a data call is connected, an attempt is made to access a data call using a NAI including a network access ID (NAI) including the GPS coordinates. How to manage your location.

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