KR20020009682A - Cyber navigation device and method thereof - Google Patents

Abstract

PURPOSE: A cyber navigation apparatus and a method for the same are provided to give desired information to a user by simulating an optimum path on a map displayed through internet. CONSTITUTION: A cyber navigation processing portion(3) performs an interaction between a cyber navigation cite and a user when the user connects his terminal(1) with the cyber navigation site on internet(2). A place information database(4) is used for storing maps or locations of particular institutions to provide a cyber navigation service. A place search portion(5) searches an institution list corresponding to the user's search word from the place information database(4) and transmits the searched information to the cyber navigation processing portion(3). A path exploration portion(6) is used for calculating an optimum path. A path exploration information database(7) stores information for finding the optimum path. A buffer search portion(8) searches and displays surrounding institutions of the user's desired path. An information search portion(9) displays detailed contents of a selected institution of the surrounding institutions. An institution registration information database(10) provides information about registered institutions. A 2D/3D map database(11) is used for storing 2D map data and 3D map data.

Description

Cyber navigation device and method

The present invention relates to a cyber navigation apparatus and a method thereof, and more particularly, to search for a facility of interest when planning a trip through the Internet, to calculate a route through a searched point and to simulate the calculated route. The present invention relates to an apparatus and a method that naturally display an advertisement effect by displaying a product to be advertised, such as a mall and a public office, which are displayed on a simulated driving.

In general, a person who wants to advertise his company or store opens a site of his company or store on the Internet and then advertises it through offline or directly to the floating population by using a flyer or a placard while offline. Do it.

In addition, advertisements performed on a web site are simply banners that are not related to the spatiality of the Geographic Information System (GIS).

Geographic information system is a computer-based system for collecting, storing, and outputting geographical and geographically related data such as buildings, roads, rivers, contours, and administrative boundary boundaries. Specifying a specific facility and entering information about that specific facility (e.g., the name, phone number, and address of the facility) will show the location and information for that particular facility. it's difficult.

That is, in the above case, the user searches for the facility information and then checks the location thereof. The user may have to know all the names, telephone numbers, addresses, and the like of the facility to be searched.

SUMMARY OF THE INVENTION In view of the above-described problems as described above, the present invention provides a geographic information providing apparatus and a method for providing a geographic information to general users so that they can easily find a place they want to find without detailed information on the Internet. Its purpose is to set the starting point and the destination point so that the route can be searched and simulated in advance, suggesting the road form similar to the actual driving situation, and providing information on the facilities installed on the route. The purpose of this facility is to provide facilities that are easy to search for by location and to provide business owners with the opportunity to advertise facilities.

1 is a block diagram showing the overall configuration of an advertising apparatus using cyber navigation implemented by the present invention.

2 is a diagram showing a structure of a point setting information database according to the present invention;

3 is a diagram showing the facility registration information database structure.

4 is a flow chart showing a simulation process of the route selected through the cyber navigation device according to the present invention.

5 is a flowchart illustrating a process of receiving a point from a user in FIG. 4 in detail.

FIG. 6 is a flowchart illustrating a process of searching for a facility installed on a route during a simulation driving or searching for a facility of interest on a route when the user sets a facility of interest.

7A to 7D are diagrams illustrating an embodiment of searching a simulation driving and advertisement information using the same by using the cyber navigation apparatus of the present invention.

<Description of Symbols for Major Parts of Drawings>

1: User terminal 2: Internet network

3: cyber navigation processing unit 4: branch setting information database

5: branch search unit 6: route search unit

7: Path search information database 8: Buffer search unit

9: information retrieval unit 10: facility registration information database

11: 2 / 3D map data database 41: Point setting index field

42: index index field 43: index index field

44: branch search information field 45: city name index field

46: city and county index field 47: eupyeongdong index field

48: city administrative code field 49: city and district administrative code field

50: Eupyeongdong administrative code field 51: Number information field

101: spatial search index field 102: facility details field

103: main facility information field 104: company advertisement information field

In the geographic information providing apparatus to achieve the above object,

Providing a cyber navigation site that provides geographic information,

Receive a search word from a user accessing the cyber navigation site to set a destination and a starting point,

When the destination and the departure point are set, the route search between the destination and the departure point is performed to search for the optimal route and then search for the facilities actually present on the route,

Simulate driving with the searched optimal route,

Displaying the searched real existing facilities on the searched route during the simulation,

A cyber navigation means is provided.

The cyber navigation means may include a cyber navigation processing unit that is responsible for interaction between the cyber navigation site and the user when the user accesses the cyber navigation site through the Internet network through a terminal;

A point setting information database storing names and locations of features of nationwide for providing the cyber navigation service;

A point search unit for searching for a facility list corresponding to the search word or a facility list corresponding to the search word in a branch setting information database when the search word to be searched is input from the user through the cyber navigation processor; ;

A route search unit that calculates and provides an optimal route when a route search request via a user-selected point is input from the facility list searched through the point search unit;

A route search information database storing road and turn information required for optimal route search in the route search unit;

A buffer search unit configured to search for and display a registration facility that actually exists on the left and right sides of the searched path when the path requested by the user is searched through the path search unit;

A facility registration information database providing information on a registration facility when the buffer search unit searches for a registration facility; And

After the route search through the route search unit, and characterized in that the two-dimensional map data database for storing the data required for the simulation driving for the selected route during the simulation driving according to the user's request.

In addition, in the geographic information providing method to achieve the above object,

A first step of establishing a cyber navigation site for providing geographic information, and setting a destination and a starting point for a route search by receiving a search word to be searched from a user connected to the cyber navigation site;

A second step of searching for an optimal route between the set destination and the departure point;

A third step of searching for facilities actually present on the selected optimal route through the route searching according to the user's request;

After the facility search, a simulation process is performed on the searched optimal route according to a user's request, and a fourth process of displaying the searched facility on the route is provided.

The above objects, features and advantages will become more apparent from the following detailed description taken in conjunction with the accompanying drawings. Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram showing the overall configuration of an advertisement apparatus using cyber navigation implemented by the present invention, when a user accesses a cyber navigation site through an internet network 2 with his terminal 1 (eg, a PC). A cyber navigation processor (3) which is responsible for interaction between the cyber navigation site and the user;

A point setting information database (4) which stores the names and locations of the features of the nation in an easy-to-search configuration so that the location of a map or a specific facility can be searched for providing a cyber navigation service;

When a search word to be searched through the cyber navigation processing unit 3 is input from the user, a facility list corresponding to the search word or a facility list corresponding to the search word is searched in the branch setting information database 4 and the cyber navigation processing unit ( 3) a point search unit 5 for transmitting to the point;

A route search unit (6) which calculates and provides an optimal route when a route search through a point selected by a user is requested from the facility list searched by the point search unit (5);

A route search information database (7) storing road and turn information needed for the optimum route search in the route search section (6);

A buffer search unit (8) for searching and displaying a registered facility which is actually present on the left and right sides of the searched path when the path requested by the user is searched through the path search unit (6);

An information retrieval unit (9) for displaying detailed information and advertisement information of the selected registration facility when there is a registration facility among the registered facilities searched by the buffer retrieval unit (8);

Facility registration information database (10) which provides information on a registered facility when searching for a registered facility in the buffer search unit (8) and the information search unit (9); And

After searching the route through the route search unit 6, the 2 / 3-dimensional map of the selected route during the simulation driving according to the user's request, the altitude of the registered facility, the vertical relationship and the three-dimensional model of the road, and the altitude and shape of the various terrains The structured and stored 2 / 3D map data database 11 is provided.

Briefly describing the operation process of the cyber navigation device configured as described above, when the user accesses the cyber navigation site through the Internet network 2 through his terminal 1 (eg, a PC), the cyber navigation processing unit 3 In order to recognize the user's connection and to present the information requested by the user, the unit is required to start the operation.

First, when a user inputs a search word to search for, the search list for the input search word is output through the point search unit 5, and the search list searches for facilities existing in the area if the user inputs the search word as an area. And outputs a list, and if a user inputs a search word as a facility name, a list of regions in which the facility name exists.

Subsequently, when the user selects points to go from the search list, a map including the selected portion is displayed, and when all points are selected, the user may know in advance the geography to go by searching the route between the starting point and the destination.

At this time, when searching for the route, it is possible to search for the facilities installed on the route. If there is a specific facility that the user wants to search, the specific facility may be designated and searched, and if not specified, the facility registration information database ( In some cases, the facilities stored in 10) can be displayed for user reference.

In addition, the simulated driving may be performed through the searched route as described above, so that the driving simulation can be started at the request of the user, and the facility information installed on the route during the simulation driving can be similar to the actual road.

When the registered facilities appear on the route during the simulation driving, the previously registered voice may indicate that any facility appears on the current route.

On the other hand, the point setting information database 4 is a database configured to facilitate the search for the name and location of the feature of the country in order to search the location of the map or a specific facility, the structure is as shown in FIG.

The point setting index field 41 is a data structure configured to quickly find the corresponding information by using the name index or the administrative name entered by the user using the name index field 42 or the administrative name (address) index field 43. It uses an indexing technique provided by the database management system called B-tree.

In addition, as a substructure of the name index field 42, when a user selects a name to obtain more detailed information from the list searched through the name index, information necessary for displaying address and location information of the selected name is stored. The branch search information field 44 is provided.

As described above, the administrative name index field 43 is a field for searching using an address, and in the case of address search, a user may input the entire address, but only a general administrative name is entered to search. It may be.

For example, you can enter only a name such as Poi-dong or Gangnam-gu. Therefore, the administrative index field 43 includes a trial name index field 45 having a B-tree node composed of attempt names;

A city county index field 46 having a B-tree node composed of a city county name;

A town name index field 47 having a B-tree node composed of the town name;

An administrative administrative code field 48 for storing administrative account codes including location information of each of the municipal name, the municipal county name, and the municipality index index field (45, 46, 47);

A municipal county administrative code field 49;

Eupyeong-dong administrative code field 50;

A town information field 51 indicating a town number and a lake is included in the town hall administrative code field 50.

3 is a diagram showing the structure of the facility registration information database 10. The facility registration information database 10 is a main facility or a third party owned by a cyber navigation site for providing to a user in a cyber navigation. It is a database that stores relevant index information and names, locations, advertisements and attribute information for each facility and company in order to locate materials registered for advertising on the route searched through the route search unit 6.

A spatial search index field 101 for storing a grid-type spatial index facility and a company name according to a location to quickly search for a corresponding facility spatially, wherein the spatial search index field 101 includes a facility name for a selected facility, Main facility information field (103) for storing main information such as facility classification, phone number, address, feature description, location coordinates, company name, company classification, copy phrase, phone number, address, advertisement contents, photo information, location A company advertisement information field 104 for storing advertisement information such as coordinates is provided, and a facility detail information field 102 for searching a facility or a company name of a specific area is provided.

The process of simulating the route selection selected through the cyber navigation device having the above configuration will be described with reference to FIG. 4 as follows.

When a transit point, for example, a destination to be searched for from the user is entered while the user and the cyber navigation site are connected, the destination is searched (A1), and the most optimal route is searched between the starting point and the destination for the searched destination. (A2).

In the state where the optimal route is searched, it is determined whether the user selects the type of the facility to be searched among the facilities near the optimal route from the user (A3).

If the user selects the facility selection input as a result of the check, the user receives input of the facility to be searched from the user and then confirms whether to perform the mock driving (A4), and if the mock driving is requested, the mock driving is performed. Simulated driving is performed while displaying on the route, and when the facilities are displayed on the route, the corresponding facilities are displayed by voice (A5).

Next, when the user clicks on the displayed facilities and selects the selected facilities, the detailed information on the selected facilities is provided. The detailed information includes the main facility information field 103 of the facility registration information database 10 and a company. Information stored in the advertisement information field 104 (A6).

Subsequently, after providing the detailed information, it is determined whether the user arrives at the destination set by the user, and when the arrival is completed, the simulation driving is terminated. If not, the simulation driving is continued (A7).

On the other hand, if it is determined in step A4 that the simulation driving is not selected, detailed information on the entered facility of interest is provided (A8). In this state, the user checks whether or not a specific facility is selected. Display the map where this is located (A9).

On the other hand, if it is determined in step A3 that the facility is not selected, the facility information stored in the facility registration information database 10 is read, and whether or not to carry out the simulation driving, the simulation driving is performed when the simulation driving is performed. Processes A5 and A6 are performed (A10).

If it is confirmed that the simulation result is not performed, the read data is listed and displayed, and step A8 is performed to display a specific facility in the displayed facility (A11).

As described above, as a method for providing information of facilities existing on a route in the present invention, when a user sets a route and completes a route search, a list of specific facilities existing on the route is requested. There is a first method for providing this according to the present invention, and if the user selects a facility from the provided list, the detailed information and location of the facility are displayed on a map;

If the user sets a path and does not require the search for facilities on the path separately when the path search is completed, the name of the facility registered in the facility registration information database 10 is read and listed for display, and then the user from the displayed list is displayed. If there is a request for information about a particular facility, there is a second method of displaying detailed information and location of the facility on a map;

In the first method and the second method, when the user requests the mock driving, the mock driving is started and the facility is displayed on the route. When the user requests the specific facility as in the first method, only the specific facility is displayed. As shown in FIG. 3, there is a third method of displaying a facility registered in the facility registration information database 10 when the user does not select a facility.

FIG. 5 is a flowchart illustrating a detailed process A1 of receiving a point from a user in FIG. 4. When point setting information (eg, a name or an address) is input from the user, FIG. 4 determines whether the input point setting information is a name or an address. (B1).

If the name corresponds to the result of the determination, the name index field 42 is searched for the same name existing in each point or area and listed and displayed (B2).

Subsequently, when a name corresponding to a region or a point to be searched for in the list is clicked and inputted by the user, detailed information is searched for in the branch name search information field 44 for the input name facility and displayed on a map (B3). .

When the user finally selects the displayed point, the user sets the point as a waypoint and then confirms whether to continue the waypoint setting, and repeats or terminates step B1 (B4).

On the other hand, if the point setting information input in step B1 corresponds to an address, check whether only the administrative name is entered in the address (B5), and if only the administrative name is input, the corresponding administrative name index fields (attempt name index field 45, city county district name color) Search the administrative name using the infield 46), and search the administrative code and location using the corresponding administrative code fields (the trial administrative code 48, the municipal county administrative code 49) for the searched administrative name. (B6).

In step B5, if the administrative name and the number are inputted, the name of the town is searched using the name of the town hall index field (7), and the town administration code is searched in the town hall administrative code field (50) for the searched town name (B7). .

When the administrative account code is searched, the relevant office number and location are searched using the office number information on the administrative account code (B8).

Subsequently, after each search is completed in steps B6 and B8, the searched location is displayed on a map, and when the user finally selects the displayed point, the user sets the point as a waypoint and then confirms whether to continue the waypoint setting. Repeat or terminate (B9).

FIG. 6 is a diagram illustrating a process of searching for facilities installed on a route during the simulation driving or searching for a facility of interest on a route when a user sets a facility of interest. In FIG. , A diagram showing a state of calculating the polygon in the right direction, 6b is a diagram showing a state of calculating the grid network value using the calculated polygon and the spatial search index.

After the path is selected through the path search unit 6, a polygon composed of a specific distance around the path is calculated as shown in 6a. The angles of the paths are 90 degrees in the left and right directions of the path. Make sure to include facilities around the route (C1).

Next, when the polygon calculation is completed, the map grid network value belonging to the polygon is calculated, as shown in 6b. The lattice (2) which is spread is distinguished from the lattice (③) which is not included in the polygon (C2).

When the grid value is calculated as described above, the facility name included in the grid (1) and the grid (2) covering the polygons is searched using the spatial search index field 101 in the facility registration information database 10. (C3).

Subsequently, detailed information on the searched facility is searched through the main facility information field 103 and the company advertisement information field 104 in the facility detail information field 102, and then provided by the user when information is requested (C4).

When providing geographic information to the user in the above manner, even if the user does not know the name or address of the facility to be found exactly, the facility registration information database (10) provides an easy way to find, and also simulated driving Through this, the route can be accurately recognized, and the advertisement contents requested by the owners of the facilities existing on the route are displayed to the users, thereby enabling natural advertisement through providing geographic information.

A practical use example of the present invention described above will be described with reference to Figs. 7A to 7D.

7A to 7D are diagrams illustrating an exemplary embodiment of searching for simulated driving and advertisement information using the cyber navigation apparatus according to the present invention. FIG. (Denoted as 7A1).

As the 'Gangnam Station Crossroad' is input, a basic map of 'Gangnam Station Crossroad' is displayed (FIG. 7A), and when the map is displayed, the user sets this area as a stop point (departure point) (FIG. 7A2).

And to enter a different waypoint (arrivals) to enter a different point, as shown in the 'Seoul station' is entered. If a map for 'Seoul Station' is displayed as the Seoul Station is input (7A3), the region is set as the second waypoint as shown in FIG. 7B (7B1).

Accordingly, in the cyber navigation, each set waypoint is listed and displayed on the screen (7B2).

When the waypoint setting is completed, the user inputs a route search command to search for a route from 'Gangnam Station Intersection' to 'Seoul Station'. Accordingly, the cyber navigation site searches for an optimal waypoint connecting the starting point and the destination on the map. (7B3).

When the searched route is displayed, the user inputs a specific facility to be searched among the facilities existing on the route. In the drawing, the user inputs a public office and a restaurant (7B4).

When the facility search command is input from the user, the cyber navigation site searches for the government offices and restaurants existing on the searched route in the facility registration database 10 and displays them as shown in FIG. 7C (7C1). In this state, when the user inputs the simulation driving command, the simulation starts from the destination (7C2).

Subsequently, if there is a government office or restaurant set by the user on the route during the simulation driving, the user displays the same on a screen and outputs a voice indicating that there is a building present (7C3). When the user clicks to select a specific facility from the above-listed facilities (using 'Alpresales Garden' in the drawing), detailed information about the selected facility is retrieved and provided through the facility details field 102 (see FIG. 7D). (7C4).

Subsequently, if the simulation continues, the facilities existing on the route are displayed on the route to inform the user, and when the destination is reached, the simulation is finished (7D1).

At this time, the information about the 'Alpresalegarden' is not provided by the owner of the Alfressalegarden to the cyber navigation site to see the advertisement for their facilities, according to the present invention only the location and name is provided on the path, detailed information Since it is not provided, if a third party wants to advertise their facilities, they can register on the cyber navigation site.

As described in detail above, the present invention searches for an optimal route between a starting point and a destination input by a user on the Internet, and simulates the searched route to present a situation such as driving on an actual road. It has the advantage of providing the beginner with the convenience of driving, and also provides a list of the facilities installed on the route during the simulation, so that there is an advantage of knowing in advance what facilities are on the way. It offers the advantage of allowing natural advertising of their facilities.

In addition, preferred embodiments of the present invention are disclosed for the purpose of illustration, those skilled in the art will be able to various modifications, changes, additions, etc. within the spirit and scope of the present invention, such modifications and modifications belong to the following claims You will have to look.

Claims (25)

In the geographic information providing apparatus, Providing a cyber navigation site that provides geographic information, Receive a search word from a user accessing the cyber navigation site to set a destination and a starting point, When the destination and the departure point are set, the route search between the destination and the departure point is performed to search for the optimal route and then search for the facilities actually present on the route, Simulate driving with the searched optimal route, Displaying the searched real existing facilities on the searched route during the simulation, And a cyber navigation device. The method of claim 1, The cyber navigation means includes a cyber navigation processing unit that is in charge of interaction between the cyber navigation site and the user when the user accesses the cyber navigation site through the Internet network through a terminal; A point setting information database storing names and locations of features of nationwide for providing the cyber navigation service; A point search unit for searching for a facility list corresponding to the search word or a facility list corresponding to the search word in a branch setting information database when the search word to be searched is input from the user through the cyber navigation processor; ; A route search unit that calculates and provides an optimal route when a route search request via a user-selected point is input from the facility list searched through the point search unit; A route search information database storing road and turn information required for optimal route search in the route search unit; A buffer search unit configured to search for and display a registration facility that actually exists on the left and right sides of the searched path when the path requested by the user is searched through the path search unit; A facility registration information database providing information on a registration facility when the buffer search unit searches for a registration facility; And And a 2 / 3-dimensional map data database storing data required for simulating the selected route during the simulation driving according to the user's request after searching the route through the route searching unit. The method of claim 2, The branch setting information database includes a name index field for supporting a name search for a user and an administrative name (address) index field for supporting an address search; The name index field includes a point search information field for providing address and location information for a name selected by a user from a list searched through the name index; A trial name index field having a B-tree node composed of the administrative name index field attempt names; A city-gun name index field having a B-tree node composed of a city-gun name, A town name index field with a B-tree node consisting of the town name, A municipal administrative code field, a municipal administrative code field, a municipal administrative code field, which stores administrative codes including location information of each of the municipal name, the municipal county name, and the municipal name index field; And a branch information field indicating a town number and a lake of a town in the town hall administrative code field. The method of claim 2, And a facility for storing information on facilities located on a main road in order to provide geographic information to a user using a cyber navigation site in the facility registration information database. The method of claim 2, And a third party owning a facility in the facility registration information database registers detailed information and advertisement information of its own facility in order to advertise its own facility. The method of claim 2, The facility registration information database includes a spatial search index field for storing a grid-type spatial index facility and a company name according to a location and quickly searching the facility spatially. The method of claim 6, The spatial search index field includes a facility detail information field for searching a facility or a company name of a specific area; The facility detail information field includes main facility information fields including facility name, facility classification, telephone number, address, feature description, and location coordinates as main information about the selected facility; Cyber navigation apparatus comprising a company advertisement information field having a company name, company classification, copy phrase, phone number, address, advertisement contents, photo information, location coordinates as advertisement information for the selected facility. The method of claim 2, The data stored in the 2 / 3D map data database includes 2 / 3D map data, elevation data of a registered facility, data about vertical relationships and three-dimensional models of roads, and data structured of altitude and shape of various terrains. Cyber navigation device, characterized in that. The method of claim 2, If there is a registration facility that the user requests detailed information from among the registration facilities searched by the buffer search unit, an information search unit is further provided to search the facility registration information database and display detailed information and advertisement information of the selected registration facility. Cyber navigation device, characterized in that. The method of claim 1, When displaying the facilities existing on the route during the simulation, the cyber navigation device, characterized in that the user at the same time with the display the facility presence status by voice. In the geographic information providing method, A first step of establishing a cyber navigation site for providing geographic information, and setting a destination and a starting point for a route search by receiving a search word to be searched from a user connected to the cyber navigation site; A second step of searching for an optimal route between the set destination and the departure point; A third step of searching for facilities actually present on the selected optimal route through the route searching according to the user's request; And a fourth process of performing simulation driving on the searched optimal route according to a user's request after the facility search, and displaying the searched facilities on the route. The method of claim 11, In the first process, a search for a search word input by a user when setting a destination and a departure point is searched through a point setting information database. The branch setting information database includes a name index field for supporting a name search for a user and an administrative name (address) index field for supporting an address search; The name index field includes a point search information field for providing address and location information for a name selected by a user from a list searched through the name index; A trial name index field having a B-tree node composed of the administrative name index field attempt names; A city-gun name index field having a B-tree node composed of a city-gun name, A town name index field with a B-tree node consisting of the town name, A municipal administrative code field, a municipal administrative code field, a municipal administrative code field, which stores administrative codes including location information of each of the municipal name, the municipal county name, and the municipal name index field; And a branch information field indicating a town number and a lake of a town in the town hall administrative code field. The method of claim 11, In the first step, setting a destination and a starting point comprises: a first step of determining whether the input point setting information is a name or an address when point setting information is input from a user; A second step of searching for a name index field and searching for and listing the same name existing in each point or region if the name corresponds to the determination result; A third step of selecting and inputting a name corresponding to an area or a point to be searched for in the list from the user, and searching for detailed information in a point search information field for the input name facility and displaying it on a map; And a fourth step of repeating or terminating the first step by confirming whether to set the point as a waypoint and continuing setting the waypoint when the user finally selects the displayed point. The method of claim 13, If the address setting information input in the first step corresponds to an address, check whether only the administrative name is entered, and if only the administrative name is entered, search for the administrative name using the corresponding administrative name index fields, and search for the searched administrative name. A first step of searching for an administrative account code and a location using the corresponding administrative code fields; A second step of searching for a town name using a town name index field and searching for an administration code in a town town administration code field for the searched town name when the administration name and the number are entered in the first step; A third step of searching for a corresponding number and location by using the number information on the administrative code when the administrative code is found; When each search is completed in the first step and the third step, the searched position is displayed on the map, and when the user finally selects the displayed point, the point is set as a waypoint and then the waypoint setting is confirmed by continuing to set the waypoint. And repeating or terminating the fourth step. The method of claim 11, When searching for a route in the second process, a cyber navigation method comprising searching for a route by searching a route search information database storing road and turn information. The method of claim 11, Searching data of a facility registration information database when searching for a facility actually existing on a path in the third process; The facility registration information database includes a spatial search index field for storing a grid-type spatial index facility and a company name according to a location and quickly searching the facility spatially. The method of claim 16, The spatial search index field includes a facility detail information field for searching a facility or a company name of a specific area; The facility detail information field includes main facility information fields including facility name, facility classification, telephone number, address, feature description, and location coordinates as main information about the selected facility; Cyber navigation method comprising a company advertisement information field having a company name, company classification, copy phrase, telephone number, address, advertisement contents, photo information, location coordinates as advertisement information for the selected facility. The method of claim 16, The cyber navigation method of the facility registration information database, characterized in that for storing the information on the facilities located on the main road to provide geographic information to the user using the cyber navigation site. The method of claim 16, And the third party owning the facility registers detailed information about the facility and advertisement information in the facility registration information database in order to advertise its facility. The method of claim 11, In the third process, if there is no mock driving request from the user after completion of the search for the facility that actually exists on the path according to the request of the user, the searched facility is listed and provided. And when the user selects a facility from the provided list, displaying detailed information and a location of the facility on a map. The method of claim 11, In the third process, if the user does not request to search for facilities on the route separately, the names of the facilities registered in the facility registration information database are read and listed. And displaying the detailed information and the location of the facility on a map when the user requests the information about the particular facility from the displayed list. The method of claim 11, Conducting simulation driving by searching the 2 / 3D map data database during the simulation driving of the route found in the fourth process; The 2 / 3D map data database includes 2 / 3D map data, elevation data of a registered facility, data about a vertical relationship and a three-dimensional model of a road, and data structured of altitude and shape of various terrains. Cyber navigation method. The method of claim 11, In the case of displaying the facilities searched on the route during the simulation driving in the fourth process, if the user requests the search for the specific facilities in the third process, only the specific facilities are displayed. If the user does not select a specific facility, the cyber navigation method characterized in that for displaying the facility registered in the facility registration information database. The method according to any one of claims 11 or 20 to 22, When displaying the facilities existing on the route during the simulation, the cyber navigation method characterized in that the user at the same time with the display the facility presence status by voice. The method of claim 11, A fifth step of displaying detailed information and advertisement information of the selected registration facility by searching the facility registration information database when there is a registration facility that the user requires detailed information among the registered facilities searched in the third and fourth processes; Cyber navigation method characterized in that it further comprises a process.