KR20050103070A - Navigation network system using mobile and installation for navigation and generating method for giographic using the navigation network system - Google Patents

Abstract

Disclosed are a navigation network system using a mobile phone, a navigation device, and a method for providing geographic information using the same.

According to the present invention, a network system for performing navigation, comprising: a wired and wireless communication network; A mobile communication terminal for performing a wireless Internet connection with the wired / wireless communication network to download geographic guide information including coordinate information for each route according to a user's request and geographic voice information corresponding to each route; A service server for providing route information to a destination, point-to-point coordinate information corresponding to the route, and geographic information for each route in response to the geographic guidance request information provided from the mobile communication terminal; A database storing map information having local coordinate information and geographic voice information corresponding to geographic information for each coordinate, an application for geographic guidance, and a geographic matching program for providing a geographic matching algorithm linked to the service server; And grasping the current location from the GPS and receiving a geographic guidance application, a geographic matching program, and map information from the service server, and corresponding to coordinate information for each route from the current location downloaded to the mobile terminal to the destination. Map display device for extracting and displaying the map information.

According to the present invention, a GPS which can be connected to a mobile communication terminal and is provided with geographic guidance information downloaded to the mobile communication terminal, that is, coordinate information for each route to a destination and geographic voice information corresponding to the coordinates of the corresponding route ( Based on the GPS) function and the map information, the map image information corresponding to the coordinate information for each route is displayed, and the geographic voice information corresponding to the current position is output, so that the implementation of the car navigation system is simplified to maximize versatility. Provide effect.

In addition, walking navigation is possible due to the simplification of the navigation system according to the present invention, thereby increasing the convenience of the user and providing an effect of expanding the marketability of the navigation.

Description

NAVIGATION NETWORK SYSTEM USING MOBILE AND INSTALLATION FOR NAVIGATION AND GENERATING METHOD FOR GIOGRAPHIC USING THE NAVIGATION NETWORK SYSTEM}

The present invention relates to a device capable of navigating a geographical location route and location information and a service method thereof, and more particularly, to a vehicle navigation system (CNS) or an individual without using a DR sensor for a relative positioning. The present invention relates to a navigation network system using a mobile phone capable of providing a self-supporting navigation system for navigation (PNS), a navigation device, and a method of providing geographic information using the same.

In general, a GPS (Global Positioning System) is a system that detects its own position by receiving radio waves emitted from satellites. Recently, due to the development of information and communication technology, the location information service technology using GPS is gradually expanded, and there is a navigation system mounted on a vehicle. In the navigation system, the wireless transceiver of the vehicle communicates with the wireless base station, and the wireless base station locates the vehicle position information through the GPS system and sends the driving route to the vehicle.

The car navigation system receives map information through a storage means such as a CD-ROM, receives vehicle position information through a GPS receiver, a beacon, and the like, and then uses a plurality of DR (Dead Reckoning) based on the received position information. The current position is corrected by comparing with the trajectory data calculated from a sensor such as a geomagnetic sensor, a gyro sensor, a speed sensor, an acceleration sensor, an orientation sensor, a mileage sensor, and the like. Display the location. Therefore, such a car navigation system is linked with a plurality of types of sensors to calculate accurate location information, which leads to an inevitable problem of increased cost burden for system implementation. As a result, the navigation of a map information system using a GPS receiver and a large number of DR sensors is an expensive device that is not economical in commercialization.

In order to overcome such a problem, recently, in the mobile phone service network, GPS technology is used to provide location information to mobile phone subscribers. Looking at such a service, first, when a mobile phone subscriber is driving a vehicle, the mobile phone requests a service for providing geographic information to a wireless base station. The service provider finds the shortest distance of driving or the safe distance away from the heavy traffic route through the GPS system by the service request transmitted from the wireless base station and sends it to the mobile phone. Therefore, the mobile phone subscribers drive the vehicle in the shortest distance or the safe distance direction indicated on the mobile phone, so that the vehicle can be safely and quickly driven to the destination.

However, the location information service technology of the mobile phone using GPS may have a problem due to environmental errors such as the signal propagation delay of the satellite of the GPS system, and there is a complexity of accurately measuring the transmission time. In addition, when a mobile phone is used, continuous network connection is required, and in a place where wireless Internet access is impossible or unstable, it is not easy to download packet information from a current location to a destination, increasing user inconvenience.

The present invention was created to solve such a problem, and an object of the present invention is to download a route information to a destination using a mobile communication terminal, and implement a car navigation system by interworking with previously stored map information based on the route information. A navigation network system using a mobile phone, a navigation device, and a method for providing geographic information using the same can be simplified.

Still another object of the present invention is to provide a navigation network system using a mobile phone, a navigation device, and a method for providing geographic information, which can simultaneously satisfy a navigation system (CNS) used for vehicle navigation and a walking navigation (PNS) used for personal navigation. In providing.

Navigation network system using a mobile phone according to an aspect of the present invention for achieving the above object, the network system for performing navigation, wired and wireless communication network; A mobile communication terminal for performing a wireless Internet connection with the wired / wireless communication network to download geographic guide information including coordinate information for each route according to a user's request and geographic voice information corresponding to each route; A service server for providing route information to a destination, point-to-point coordinate information corresponding to the route, and geographic information for each route in response to the geographic guidance request information provided from the mobile communication terminal; A database storing map information having local coordinate information and geographic voice information corresponding to geographic information for each coordinate, an application for geographic guidance, and a geographic matching program for providing a geographic matching algorithm linked to the service server; And grasping the current location from the GPS and receiving a geographic guidance application, a geographic matching program, and map information from the service server, and corresponding to coordinate information for each route from the current location downloaded to the mobile terminal to the destination. Characterized in that the map display device for extracting and displaying the map information.

According to a preferred embodiment of the present invention, the coordinate information for each route to a destination downloaded to the mobile communication terminal includes at least one or more routes, and the coordinate information for each route is stored in a memory of the mobile communication terminal and selected by a user. According to any one of the coordinate information for each route is characterized in that provided to the map display device.

The communication means between the mobile communication terminal and the map display device may be any one of high speed serial asynchronous communication (Uart), short range communication (Bluetooth), universal serial bus communication (USB), and wireless LAN (WirelessLAN). .

The service server may further include a data input / output module for performing communication with the mobile communication terminal; A coordinate information calculating module for receiving coordinate information between the current location and the destination by receiving the destination information input from the mobile communication terminal and the current location information provided from the GPS of the map display device; A route extraction module for extracting at least one route to a destination based on coordinate information between a current location and a destination and map information provided from the database; A coordinate calculation module for each path for calculating respective coordinates for the at least one path; And a geographic voice information extraction module for extracting geographic voice information corresponding to the coordinates of each path from the database.

The map display apparatus may further include a communication module configured to perform wired or wireless communication with the mobile communication terminal or a personal computer; A map memory for storing map information provided from the personal computer; A voice information memory for storing geographical coordinate information for each coordinate provided from the mobile communication terminal; A program memory for mounting a geographic guidance application and a geographic matching program including a system driving program; GPS for providing current location data in motion; Receives any one path coordinate information selected from the mobile communication terminal, converts it into graphic location information of a specific cell unit, receives a plurality of map graphic information corresponding to the graphic location information, and inputs current location information from the GPS. A control unit for generating location indication information for displaying a current location on the map graphic information and extracting geographic voice information from the voice memory based on coordinate information corresponding to the location indication information; An image address setting unit for designating a memory address of a corresponding map image to extract map graphic information corresponding to the graphic position information from the map memory; An image output unit configured to receive the map graphic information and display the same on a predetermined display panel; And a voice output unit for receiving the geographic voice information and outputting a voice message to a speaker.

On the other hand, the navigation device using a mobile phone according to an aspect of the present invention for achieving the above object, in the navigation device using a mobile communication terminal, a plurality of coordinate information for each route to the destination and geographic voice information corresponding to each route A mobile communication terminal for receiving geographic guide information included and selecting one of the plurality of path coordinate information based on the plurality of path coordinate information based on a user setting; And the current downloaded from the mobile communication terminal based on a pre-stored geographic guidance application that grasps the current location from the GPS and a geographic matching program and map information for matching the visual location of the current location information and the map image information. And a map display device for extracting and displaying map information corresponding to coordinate information for each route from a location to a destination.

According to a preferred embodiment of the present invention, the map display device uses a display window of the mobile communication terminal in displaying map information, wherein the map display device is arranged in a pixel structure corresponding to the display window of the mobile communication terminal. Accordingly, the display module for providing an image of the map information is further included.

In addition, the coordinate information for each route to the destination received by the mobile communication terminal includes at least one or more routes, each coordinate information is stored in the memory of the mobile communication terminal for any one path according to the user selection Coordinate information is provided to the map display apparatus.

In addition, the map display device includes a communication module for receiving the geographic voice information and one of the path coordinate information by performing a near field communication with the mobile communication terminal; A map memory to which map image information corresponding to the route coordinate information is addressed; A voice information memory for storing geographic voice information provided from the mobile communication terminal based on the plurality of path coordinate information; A program memory including a system driving program and a geographic matching application for matching a visual location of the current location information and the map image information; GPS for providing current location data in motion; Receives any one path coordinate information selected from the mobile communication terminal, converts it into graphic location information of a specific cell unit, receives a plurality of map graphic information corresponding to the graphic location information, and inputs current location information from the GPS. A control unit for generating location indication information for displaying a current location on the map graphic information and extracting geographic voice information from the voice memory based on coordinate information corresponding to the location indication information; An image address setting unit for designating a memory address of a corresponding map image to extract map graphic information corresponding to the graphic position information from the map memory; An image output unit configured to receive the map graphic information and display the same on a predetermined display panel; It is characterized by consisting of a voice output unit for receiving the geographic voice information to output a voice message to the speaker and a charging unit for using as a system power source by receiving an external power.

On the other hand, the method for providing geographic information of a navigation device using a mobile phone according to an aspect of the present invention for achieving the above object, in the method of operating a navigation network system using a mobile phone of claim 1, a) map information to the map display device And downloading and initializing an operation program for geographic guidance. b) after performing wireless communication between the mobile communication terminal and the service server, receiving destination information for a geographic information service from the mobile communication terminal; c) extracting coordinate information corresponding to the destination information based on predetermined table information; d) extracting at least one route to a current location and a destination based on previously stored map information; e) extracting coordinate information for each route corresponding to the at least one route information; f) extracting geographic voice information corresponding to the coordinate information for each path; g) downloading the path coordinate information and the geographic voice information to the mobile communication terminal; h) providing coordinate information for each route and the geographic voice information to the map display device performing near field communication with the mobile communication terminal; i) calculating a storage address of the map information corresponding to the coordinate information for each route, and displaying map image information corresponding to the storage address of the map information; j) receiving the current location information from the GPS (GPS) instructed by the map display device, and displaying the location information graphicized on the map image information corresponding to the current location; And k) recognizing coordinates corresponding to the current location information, and outputting geographic voice information corresponding to the coordinates.

According to a preferred embodiment of the present invention, the display of the map image information in the step i) is used for the display window of the mobile communication terminal, i-1) the map display device corresponding to the display window of the mobile communication terminal The method may further include providing an image of the map information according to the pixel structure.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. 1 is a block diagram showing a navigation network system using a mobile phone according to the present invention. As shown in the drawing, by performing a wireless Internet connection with the wired / wireless communication network 101 and the wired / wireless communication network 101, geographic guide information including coordinate information for each specific path and geographic voice information corresponding to each path is downloaded. In order to provide a mobile communication terminal 103, route information to a destination, coordinate information between points corresponding to a corresponding route, and geographic information for each route, in response to the geographic guidance request information provided from the mobile communication terminal 103. Service server 105 for interworking with the service server 105 to provide map information having local coordinate information, geographic voice information corresponding to geographic information for each coordinate, and an application for geographic guidance and a geographic matching algorithm. Database 111 for storing a geographical matching program, and the service server 105 to grasp the current position from the GPS (GPS) Receives a geographic guidance application, geographic matching program and map information from the map display for extracting and displaying map information corresponding to the coordinate information for each route from the current location downloaded to the mobile terminal 103 to the destination; Device 107.

The geo-matching algorithm is a position correction program for showing the current position received from the GPS on the map of the map information. As a conventional algorithm currently used, a detailed principle or explanation thereof will be omitted. In addition, the geographic guidance application is a program for implementing the operating system between the map display device 107 and the mobile communication terminal 103.

On the other hand, the map display device 107 in the display of the map information, a separate display means, for example, a display panel connected to the map display device 107 or a TV mounted on the vehicle, if necessary, the movement The display window of the communication terminal 103 can be used. When the map information is displayed by using the display window of the mobile communication terminal 103, the map display apparatus 107 is configured to provide an image of the map information according to the pixel structure corresponding to the display window of the mobile communication terminal 103. The display module is further included.

The route information to the destination downloaded to the mobile communication terminal 103 includes at least one or more paths, and each of the route information is an internal memory of the mobile communication terminal 103, for example, a Dongle memory (used in a dedicated receiver for a Moneta chip). Memory) and provides any one of the route information according to the user's selection to the map display apparatus 107. In addition, the communication means between the mobile communication terminal 103 and the map display device 107 is Uart (high speed serial asynchronous communication), Bluetooth (near field communication), USB (universal serial bus), WirelessLAN ( WLAN) may be used.

In addition, the wireless Internet platform between the service server 105 and the mobile communication terminal 103 is any one of the terminal platform WITOP / WIPI, BREW, GUM, SKUM, J2ME, the mobile communication based on such a wireless Internet platform The terminal may include a cellular phone and a PDA. On the other hand, the map information mounted on the map display device 107 is provided through a personal computer 109, the personal computer 109 is connected to the wired and wireless communication network 101, the service server interlocked with the database 111 ( 105).

2 is a configuration diagram showing the main functions of the service server 105 according to the present invention. As shown, based on the Internet platform (WITOP, WIPI, BREW, GUM, SKUM, J2ME) data input / output module 209, the mobile communication terminal 103 for communicating with the mobile communication terminal 103 Coordinate information calculation module 201 for receiving coordinate information between the current location and the destination by receiving the destination information inputted at the time of the service request and the current location information provided from the GPS of the map display apparatus 107, the current location and the purpose A route extraction module 203 for extracting at least one route to a destination based on the inter-coordinate information and the map information provided from the database 111, and for each route for calculating respective coordinates for the at least one route; Coordinate calculation module 205, Geographical voice information extraction module 207 for extracting geographic voice information corresponding to the coordinates of each path from the database 111 It is configured.

3 is a configuration diagram for explaining the main functions of the map display apparatus 107 according to the present invention. As shown, a communication module 315 for performing wired and wireless communication with the mobile communication terminal 103 or the personal computer 109, and a map memory 309 for storing map information provided from the personal computer 109. A voice information memory 311 for storing coordinate-specific geographic voice information provided from the mobile communication terminal 103, a program memory 313 for mounting a geographic guidance application including a system driving program and a geographic matching program; GPS (GPS) 303 for providing the current position data being moved and any one path coordinate information selected from the mobile communication terminal 103 are received, converted into graphic position information of a specific cell unit, and converted into the graphic position information. Receives a plurality of corresponding map graphics information, receives the current location information from the GPS 303 to map the map graphics A control unit 301 for generating position indication information for displaying a current position on the display, extracting geographic voice information from the voice memory 311 based on coordinate information corresponding to the position indication information, and the graphic position information. The image address setting unit 305 which designates a memory address of the corresponding map image to extract the map graphic information corresponding to the map graphic information from the map memory 309 and receives the map graphic information onto a predetermined display panel 321. The video output unit 317 for display and the audio output unit 319 for receiving the geographic voice information to output a voice message to the speaker 323.

Meanwhile, the map display device 107 according to the present invention has a separate rechargeable battery 325 to be implemented as a portable system, and has a connection port for charging to supply external power to the rechargeable battery 325. do. In addition, the display panel 321 may be replaced with a display window of the mobile communication terminal 103, and may further include a display module for displaying corresponding map graphic information on the display window of the mobile communication terminal 103. .

The map memory 309 preferably has a capacity of 256 MB capable of storing nationwide map information, and may use an external memory of the mobile communication terminal 103 as necessary. In this case, the mobile communication terminal 103 may be a PDA (PDA), the external memory is a flash memory mounted as a PDA (PDA).

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

4 is a flowchart for explaining the main operation of the present invention. As shown, in step S401 the user is connected to the wired and wireless communication network 101 via a personal computer 109, and then to the service server 105 to download a geographic guidance application and geographic matching program including map information Request the service. The service server 105 provides the personal computer 109 with map information, geographic guidance application, and geographic matching program loaded into the database 111 in response to a service request based on a predetermined protocol. Therefore, in step S403, the personal computer 109 sets initial data through the communication module 315 of the map display apparatus 107.

That is, the personal computer 109 performs wired / wireless connection with the map display apparatus 107 to display previously stored map information through the communication module 315 under the instruction of the controller 301 of the map display apparatus 107. 309). In addition, the geographic guidance application and geographic matching program are transmitted to the program memory 313 through the communication module 315 to complete the initial setting of the map display apparatus 107.

On the other hand, the user enters the step S405, during the driving state or walking of the vehicle to access the wired and wireless communication network 101 through the mobile communication terminal 103 and requests the geographic guidance service to the service server 105. This is a geographic guidance service request using the mobile communication terminal 103 to input the location information from the current location to the destination, the current location information can be recognized from the location information of the repeater connected to the mobile communication terminal 103 In this case, you may input only destination information. In addition, the wireless Internet platform between the mobile communication terminal 103 and the service server 105 may use any one platform of WITOP, WIPI, BREW, GUM, SKUM, J2ME.

In step S407, the service server 105 starts the coordinate information calculation module 201 and extracts coordinates corresponding to the destination information in response to the service request of the mobile communication terminal 103. The corresponding coordinate information is extracted based on the predetermined table map. In step S409, the service server 105 performs a path extraction between the two coordinates based on the coordinates of the current position and the coordinates corresponding to the destination. That is, the service server 105 activates the coordinate path extraction module 203 to recognize the geographic space between the two coordinates through the inter-coordinate addition and subtraction, and extracts the movable path in the geographic space.

This secures a geographic space between the two coordinates based on the map information loaded into the database 111, and then calculates a route on the map set between the geographic spaces. As the data map information is given a unique symbol or an identifiable code for each line and building, it is possible to calculate a route that can penetrate the starting point and the destination between the geographic spaces. Thereafter, the service server 105 enters the step S411, and activates the coordinate calculation module 205 for each route to calculate coordinates corresponding to each route.

Coordinates for each route are to calculate coordinate information corresponding to the dividing point by dividing the corresponding line by a predetermined distance unit. A cell dividing point of approximately 5 m units can be formed to reduce the capacity of communication data. When the map display device 107 is used as a pedestrian navigation (PNS), the coordinate information may form a cell dividing point in units of 1m to 2m. Therefore, the coordinate information for each route is a route coordinate of a predetermined unit indicating each route calculated from the service server 105, and the service server 105 transmits to the database 111 based on the coordinate information for each route in step S413. Receives saved geospeech information.

The geographical voice information is voice information for geographic guidance included in each route calculated from the service server 105, and is data for providing the location, route status, speed limit, etc. of the speeding camera as a voice message. Such geographic voice information is stored in the database 111 as tabled information along with the geographical position (coordinate), and the service server 105 extracts the geographic voice information based on the coordinate information for each path. In step S415, the service server 105 provides the mobile communication terminal 103 with geographical coordinate information corresponding to the route coordinate information and the coordinate information calculated for each route through the data input / output module 209.

The mobile communication terminal 103 stores at least one or more route coordinate information in an internal memory, for example, a Dongle memory, and then communicates with the map display apparatus 107 for short-range communication such as Uart, Bluetooth, USB, or WirelessLAN. Connect with module 315. In step S417, the user selects any one of the path coordinate information using the mobile communication terminal 103, and performs short-range communication through a predetermined key button. The map display device 107 is a handshaking of the control unit 301 according to the short-range communication request of the mobile communication terminal 103 is performed, the control unit 301 is one of the path coordinates previously selected through the communication module 315 Information and geographic voice information corresponding to the corresponding path are received.

The controller 301 stores the geographical voice information in the voice information memory 311, extracts respective coordinates corresponding to the path coordinate information, and provides the extracted coordinate information to the image address setting unit 305. In operation S419, the image address setting unit 305 designates a corresponding address of the map memory 309 corresponding to each path coordinate provided from the controller 301. This is to extract the map image corresponding to the cell from the map memory 309 by designating a cell on the map that holds each route coordinate. In operation S421, the display panel 321 including the map image corresponding to the cell. The peripheral map image for image display is additionally extracted.

In addition, the control unit 301 enters the step S423, receives the current position coordinates from the GPS 303, and maps the current position information based on the geographic matching algorithm mounted in the program memory 313 Generated with graphic indicators to match In operation S425, the controller 301 patches the geographical voice information of the current location from the voice information memory 311 based on the location information corresponding to the current location. The control unit 301 enters step S427, and outputs the geographical voice information to the speaker 323 through the voice output unit 319, and outputs the map image information and the position indication information to the image output unit. The display 321 is output on the display panel 321 through 317. Therefore, the user receives only the coordinate information and geographical voice information for each path through the mobile communication terminal 103 and receives a car navigation or walking navigation service.

In addition, when the user wishes to proceed to another route while driving or walking, the user can freely change the route according to the surrounding conditions (for example, traffic conditions) by selecting a plurality of path coordinate information previously stored in the mobile communication terminal 103. There is no need for a separate network connection for rerouting.

Meanwhile, in the present invention, the map display device 107 downloads map information, a geographic guidance application, and a geographic matching program from the personal computer 109. However, the map display device 107 corresponds to one-time within a predetermined period. Navigation service can be used in the walking state through the internal rechargeable battery 325. Here, the rechargeable battery 325 includes a charging circuit, and external power is applied through the charging connection port directly connected to the rechargeable battery 325.

As described above, a navigation network system using a mobile phone, a navigation device, and a method for providing geographic information using the same according to the present invention can be connected to a mobile communication terminal, and the geographic guide information downloaded to the mobile communication terminal, that is, each destination to the destination. Displays map image information corresponding to coordinate information by route based on GPS function and map information provided by receiving GPS voice information corresponding to route-specific coordinate information and coordinates by corresponding route, and responds to the current location. By outputting the geographic voice information, the implementation of the car navigation system is simplified to provide the effect of maximizing versatility.

In addition, walking navigation is possible due to the simplification of the navigation system according to the present invention, thereby increasing the convenience of the user and providing an effect of expanding the marketability of the navigation.

1 is a block diagram showing an entire network according to the present invention.

FIG. 2 is a diagram illustrating the service server of FIG. 1.

FIG. 3 is a diagram illustrating the map display apparatus of FIG. 1.

4 is a flowchart illustrating the main functions of the present invention.

<Description of Symbols for Main Drawings>

101: wired and wireless communication network 103: mobile communication terminal

105: service server 107: map display device

109: personal computer 111: database

201: coordinate information calculation module 203: path extraction module between coordinates

205: Coordinate calculation module for each path 207: Geographic voice information extraction module

209: data input / output module 301: control unit

303: GPS 305: Image address setting unit

309: map memory 311: voice information memory

313: program memory 315: communication module

317: video output unit 319: audio output unit

Claims (30)

In the network system for performing navigation, Wired and wireless networks; A mobile communication terminal for performing a wireless Internet connection with the wired / wireless communication network to download geographic guide information including coordinate information for each route according to a user's request and geographic voice information corresponding to each route; A service server for providing route information to a destination, point-to-point coordinate information corresponding to the route, and geographic information for each route in response to the geographic guidance request information provided from the mobile communication terminal; A database storing map information having local coordinate information and geographic voice information corresponding to geographic information for each coordinate, an application for geographic guidance, and a geographic matching program for providing a geographic matching algorithm linked to the service server; And Maps that grasp the current location from the GPS and receive a geographic guidance application, geographic matching program and map information from the service server, and correspond to the coordinate information for each route from the current location downloaded to the mobile terminal to the destination. Navigation network system using a mobile phone, characterized in that consisting of a map display device for extracting and displaying information. According to claim 1, The geo-matching algorithm is a position correction program for showing the current position received from the GPS (GPS) on the map of the map information, the geographic guidance application is the map display device and the mobile communication terminal Navigation network system using a mobile phone, characterized in that the program for implementing the main operating system. The navigation network system according to claim 1, wherein the map display device uses a display panel linked with the map display device or a television set as a vehicle to display map information. The display apparatus of claim 1, wherein the map display device uses display windows of the mobile communication terminal to display map information, wherein the map display device uses map information according to a pixel structure corresponding to the display window of the mobile communication terminal. Navigation network system using a mobile phone, characterized in that it further comprises a display module for providing an image of the. The method of claim 1, wherein the coordinate information for each route to a destination downloaded to the mobile communication terminal includes at least one or more routes, and the coordinate information for each route is stored in a memory of the mobile communication terminal and according to user selection. Navigation network system using a mobile phone, characterized in that the coordinate information for each route is provided to the map display device. 6. The navigation network system using a mobile phone according to claim 5, wherein the memory of the mobile communication terminal is a dongle memory used as a dedicated receiver for a Moneta chip. 6. The navigation network system of claim 5, wherein the memory of the mobile communication terminal is a flash memory capable of external access. The method of claim 1, wherein the communication means between the mobile communication terminal and the map display device is any one of high speed serial asynchronous communication (Uart), near field communication (Bluetooth), universal serial bus communication (USB) and wireless LAN (WirelessLAN). Navigation network system using a mobile phone, characterized in that. The navigation network system using a mobile phone according to claim 1, wherein the wireless Internet platform between the service server and the mobile communication terminal is one of WITOP, WIPI, BREW, GUM, SKUM, and J2ME. The mobile terminal according to any one of claims 1 to 2 or 4 to 8, wherein the mobile communication terminal is any one of a cellular phone, a satellite terminal, and a PDA that can be connected to a network based on a wireless Internet platform. Navigation network system using a mobile phone, characterized in that. The navigation network system of claim 1, wherein the map information mounted on the map display apparatus is provided through a personal computer. 12. The navigation network system according to claim 11, wherein the personal computer provides the map information from the service server by accessing the wired / wireless communication network. The apparatus of claim 1, wherein the service server comprises: a data input / output module for communicating with the mobile communication terminal; A coordinate information calculating module for receiving coordinate information between the current location and the destination by receiving the destination information input from the mobile communication terminal and the current location information provided from the GPS of the map display device; A route extraction module for extracting at least one route to a destination based on coordinate information between a current location and a destination and map information provided from the database; A coordinate calculation module for each path for calculating respective coordinates for the at least one path; And And a geographic voice information extraction module for extracting geographic voice information corresponding to the coordinates of each path from the database. The apparatus of claim 1, wherein the map display device comprises: a communication module for performing wired or wireless communication with the mobile communication terminal or a personal computer; A map memory for storing map information provided from the personal computer; A voice information memory for storing geographical coordinate information for each coordinate provided from the mobile communication terminal; A program memory for mounting a geographic guidance application and a geographic matching program including a system driving program; GPS for providing current location data in motion; Receives any one path coordinate information selected from the mobile communication terminal, converts it into graphic location information of a specific cell unit, receives a plurality of map graphic information corresponding to the graphic location information, and inputs current location information from the GPS. A control unit for generating location indication information for displaying a current location on the map graphic information and extracting geographic voice information from the voice memory based on coordinate information corresponding to the location indication information; An image address setting unit for designating a memory address of a corresponding map image to extract map graphic information corresponding to the graphic position information from the map memory; An image output unit configured to receive the map graphic information and display the same on a predetermined display panel; And And a voice output unit configured to receive the geographical voice information and output a voice message to a speaker. 15. The navigation network system of claim 14, wherein the map memory has a capacity of 256 MB capable of storing nationwide map information. 15. The navigation network system of claim 1, wherein the map display device further comprises a charging connection port for holding an additional rechargeable battery and supplying external power to the rechargeable battery. In the navigation device using a mobile communication terminal, Receiving geographic guide information including a plurality of coordinate information for each route up to a destination and geographic voice information corresponding to each route, and selecting one of the plurality of route coordinate information based on a user setting. A mobile communication terminal for; And The current location downloaded to the mobile communication terminal based on a pre-stored geographic guidance application, the current matching location information and the geographic matching program and map information for matching the visual location of the map image information. And a map display device for extracting and displaying map information corresponding to coordinate information for each route from the to the destination. 18. The method of claim 17, wherein the geographic matching algorithm is a position correction program for showing a current position received from the GPS on a map of the map information, and the geographic guidance application includes the map display device and a mobile communication terminal. Navigation device, characterized in that the program for implementing the main operating system. 18. The method of claim 17, wherein the map display device uses the display window of the mobile communication terminal to display map information, wherein the map display device uses map information according to a pixel structure corresponding to the display window of the mobile communication terminal. Navigation device further comprises a display module for providing an image of the. The method of claim 17, wherein the coordinate information for each route to a destination received by the mobile communication terminal includes at least one or more routes, and the coordinate information for each route is stored in a memory of the mobile communication terminal and selected according to user selection. A navigation device, characterized in that the coordinate information for each route is provided to the map display device. 18. The navigation apparatus as claimed in claim 17, wherein the memory of the mobile communication terminal is a dongle memory used as a dedicated receiver for a Moneta chip. 18. The navigation apparatus of claim 17, wherein the memory of the mobile communication terminal is a flash memory capable of external access. 18. The apparatus of claim 17, wherein the communication means between the mobile communication terminal and the map display device is any one of high speed serial asynchronous communication (Uart), near field communication (Bluetooth), universal serial bus communication (USB), and wireless LAN (WirelessLAN). Navigation device, characterized in that. The navigation apparatus as claimed in claim 17, wherein the map memory has a capacity of 256 MB capable of storing nationwide map information. The apparatus of claim 17, wherein the map display device comprises: a communication module configured to receive the geographic voice information and the one of the path coordinate information by performing near field communication with the mobile communication terminal; A map memory to which map image information corresponding to the route coordinate information is addressed; A voice information memory for storing geographic voice information provided from the mobile communication terminal based on the plurality of path coordinate information; A program memory including a system driving program and a geographic matching application for matching a visual location of the current location information and the map image information; GPS for providing current location data in motion; Receives any one path coordinate information selected from the mobile communication terminal, converts it into graphic location information of a specific cell unit, receives a plurality of map graphic information corresponding to the graphic location information, and inputs current location information from the GPS. A control unit for generating location indication information for displaying a current location on the map graphic information and extracting geographic voice information from the voice memory based on coordinate information corresponding to the location indication information; An image address setting unit for designating a memory address of a corresponding map image to extract map graphic information corresponding to the graphic position information from the map memory; An image output unit configured to receive the map graphic information and display the same on a predetermined display panel; And And a voice output unit configured to receive the geographic voice information and output a voice message to a speaker. 26. The navigation apparatus as claimed in claim 17 or 25, wherein the map display device further comprises a charging connection port for holding an additional rechargeable battery and supplying external power to the rechargeable battery. In the method of operating a navigation network system using a mobile phone of claim 1, a) downloading and initializing an operation program for map information and geographic guidance to the map display device; b) after performing wireless communication between the mobile communication terminal and the service server, receiving destination information for a geographic information service from the mobile communication terminal; c) extracting coordinate information corresponding to the destination information based on predetermined table information; d) extracting at least one route to a current location and a destination based on previously stored map information; e) extracting coordinate information for each route corresponding to the at least one route information; f) extracting geographic voice information corresponding to the coordinate information for each path; g) downloading the path coordinate information and the geographic voice information to the mobile communication terminal; h) providing coordinate information for each route and the geographic voice information to the map display device performing near field communication with the mobile communication terminal; i) calculating a storage address of the map information corresponding to the coordinate information for each route, and displaying map image information corresponding to the storage address of the map information; j) receiving the current location information from the GPS (GPS) instructed by the map display device, and displaying the location information graphicized on the map image information corresponding to the current location; and k) recognizing coordinates corresponding to the current location information and outputting geographic voice information corresponding to the coordinates. 28. The method of claim 27, wherein in step i), the display window of the mobile communication terminal is used for the display of the map image information, wherein i-1) the map display device is arranged in a pixel structure corresponding to the display window of the mobile communication terminal. According to the operating method of the navigation network system using a mobile phone, characterized in that it further comprises the step of providing an image of the map information. 28. The method of claim 27, wherein the communication means between the mobile communication terminal and the map display device is any one of high speed serial asynchronous communication (Uart), short range communication (Bluetooth), universal serial bus communication (USB), and wireless LAN. Operation method of a navigation network system using a mobile phone, characterized in that using the method. 28. The method of claim 27, wherein the wireless internet platform between the service server and the mobile communication terminal is one of WITOP, WIPI, BREW, GUM, SKUM, and J2ME.