KR100637739B1 - Geography information guidance system and the method which use the quality and a data of the electronic map , and the store device which records a method - Google Patents

Abstract

A system and a method for guiding geographic information using property and data of a digital map, and a recording medium storing the same are provided to generate, store, and offer the newly objectified geographic information guide data by enabling a user to register a position to the digital map, and process/edit image, scale, coordinate, object, and path information, and a Flash and moving image with a specific object. A geographic information processor(43) controls entire function for generating and storing the objectified geographic information guide data by combining the geographic information guide data selected from the user, and extracting/offering a GIS(Geographic Information System) display unit(20). A geographic information data writer(42) stores the objectified geographic information guide data to a geographic information database(44). A geographic information data reader(41) extracts the objectified geographic information guide data stored in the geographic information database and provides the extracted data to the geographic information processor. The geographic information database stores the objectified geographic information guide data.

Description

Geographic information guidance system and the method which use the quality and a data of the electronic map, and the store device which records a method }

1 is a schematic diagram illustrating a geographic information system according to the prior art.

2 is a view showing the overall configuration of a geographic information guide system according to an embodiment of the present invention.

3 is a view showing geographic information according to the related art on a screen of a user terminal.

4 is a diagram illustrating geographic information according to the present invention on a screen of a user terminal.

5 is a diagram showing on the screen of the user terminal when the geographic information according to the present invention registered the video information of the corresponding location when the user registers.

6 is a diagram illustrating a summary of stored geographic information according to the present invention on a screen of a user terminal in a separate window.

7 is a diagram illustrating a state in which geographic information guide data registered by a user is inserted into a power point according to the present invention.

8 is a view showing a geographic information guide data registration information screen that can confirm all the geographic information guide data registered by the user according to the present invention.

9 is a diagram illustrating a sequence of generating geographic information guide data by a user according to another exemplary embodiment of the present invention.

FIG. 10 is a diagram illustrating a procedure of expressing geographic information guide data registered by a user to a user terminal according to another exemplary embodiment of the present invention.

11 is a diagram illustrating the overall configuration of geographic information guide data according to the present invention.

*** Explanation of symbols for the main parts of the drawing ***

10: user terminal 20: GIS display unit

30: GIS D / B 40: Geographic information data processing means

41: geographic information data reading unit 42: geographic information data writing unit

43: geographic information processing unit 44: geographic information D / B

The present invention relates to a geographic information guidance system using the characteristics and data of an electronic map, a method thereof, and a recording medium on which the method is recorded.

More specifically, new geospatial guide data including all geospatial guide data such as image information, accumulation information, coordinate information, object information, route information, flash and video, etc., is created in the geographic information on the electronic map. After the creation and storage, the present invention provides a geographic information guidance system and method using the characteristics and data of the electronic map that can be reused in different online or offline environments, and can be executed on various programs.

In general, an electronic map refers to a representation of digital paper so that a conventional paper map can be used by a computer. The biggest feature is that it can display much more information than paper maps, and as information technology develops, GIS (GIS), which is a database of various geographic information, is widely used. ㆍ There is an advantage that you can easily search location information such as longitude and address.

In addition, when combined with Internet communication technology, the map information can be kept up to date. For example, if there is a change in the building or road information, the change can be quickly reflected on the map, and it is highly valuable to the city or local administrative agency for city planning or disaster preparedness. It is also highly useful as a marketing tool for analyzing geographic distribution.

In particular, Cellular Phone, PCS, PDA, and other handheld devices equipped with GPS function can show the current location on the map, and it can provide the convenience of life by acquiring the surrounding information. Giving.

1 is a schematic diagram illustrating a geographic information system according to the prior art. 3 is a view showing geographic information according to the related art on a screen of a user terminal. Briefly describing the prior art with reference to Figures 1 and 3,

In order to provide the geographic information to a user's arbitrarily selected location, the GIS display unit (or means) reads the geographic information data previously stored in the GIS D / B 30 as shown in FIG. 3. It is common to display only coordinate values, accumulations, and POI data stored in geographic information on the screen of the user terminal 10.

However, the prior art merely connects one-dimensional information about the location based on the coordinates and accumulation of the geographic information, so that only the generation and confirmation of the information is possible in the designated application, so that the utilization of the information other than the location information It was difficult to expect scalability because the information stored was only a coordinate value, an accumulation, and simple information.In this case, it was difficult to link with a GPS receiver to obtain coordinate values. There were inconveniences such as restrictions.

In addition, since the conventional technology provides data stored in a simple coordinate value, accumulated value, and simple content, it is not possible to imply various information suitable for the trend of the times, and there is an inconvenient problem that geographic information data has to be managed separately.

The present invention has been made to solve the above problems, the user registers any location on the electronic map, the user using the specific object image information, accumulation information, coordinate information, object information, path information And geospatial information guidance system using the characteristics and data of electronic maps that can be used in user terminals in various online or offline environments after generating and storing newly objectized geographic information guide data by processing and editing flash, video, etc. To provide a method,

Another object of the present invention is to allow the objected geographic information guide data to be driven by a program such as a web browser or MS-Office which is generally installed in an online or offline user terminal rather than a specific application driving method. An object of the present invention is to provide a geographic information guidance system and method using the characteristics and data of an electronic map.

As described above, in a geographic information guide system for extracting coordinates and shape data from a GIS D / B and providing geographic information to a user terminal, any information associated with coordinates / accumulation information of a specific location is provided. Geographic information data processing means for combining and generating geographic information guide data including images, user's unique information, GPS information, etc. into new objectized geographic information guide data, and transmitting them to the GIS presentation means and the geography. GIS (GIS), which provides geographic information to the user terminal by extracting coordinated and shape data from objectized geographic information guide data received from information data processing means and the GIS D / B. ) Provides a geographic information guidance system using the characteristics and data of the electronic map comprising a display means,

A method of generating geographic information guide data that provides geographic information to a user terminal by extracting coordinates and shape data from a GIS D / B, the method comprising: (a) expressing geographic information through a user terminal and expressing the geographic information; (B) providing the selected geographic information according to the location or the path that is the set of locations from the geographic information that has been selected, and providing any geographic information that the user wants to add. If selected, extracting the selected geographic information guide data to generate the objectized geographic information guide data, and (c) combining and listing the objectized geographic information guide data to generate and store new geographic information data; It provides a geographic information guidance method using the characteristics and data of the electronic map comprising,

A method of using geographic information guide data that provides geographic information to a user terminal by extracting coordinates and shape data from a GIS D / B, the method comprising: (A) a user receiving GIS data through a user terminal; Selecting the path from the GIS data and selecting a path from the GIS data, and then reading and loading the previously generated objectized geographic information data; and (B) loading the objectized geographic information data. It provides a method of guiding geographic information using the characteristics and data of the electronic map comprising the step of expressing along with the GIS data,

A method for creating and using a geographic information guidance system and geographic information guide data that provides geographic information to a user terminal by extracting coordinates and shape data from a GIS D / B, comprising: (1) a user using a user terminal Seeing that the GIS data is displayed, selecting a path that is a location or a set of locations from the GIS data, and (2) the user selects a path that is a location or a set of locations, and then Selecting and adding geographic information guides and extracting and objecting a plurality of selected geospatial guide data; (3) Combining and listing the objectized data to generate new geospatial guide data or geospatial guide If there are a plurality of data, repeat step (2) as a plurality of objects to object the geographic information guide, and then (4) storing the objectized new geographic information guide data as binary data in the geographic information D / B or in a link form in a local memory or a remote server. And (5) realizing a function of reading the newly stored geographic information guide data from geographic information D / B, a local memory or a remote specific server, and expressing the read geographic information guide data along with GIS data. A recording medium having a program recorded thereon, which is achieved by providing a recording medium which can be processed by a computer.

Hereinafter, a geographic information guidance system and method using the characteristics and data of an electronic map according to an exemplary embodiment of the present invention will be described in detail.

2 is a view showing the overall configuration of a geographic information guide system according to an embodiment of the present invention. Referring to Figure 2 in more detail the components of the present invention,

The present inventors geographic information guidance system comprises a user terminal 10, GIS (GIS) display means 20, GIS (GIS) D / B (30) and geographic information data processing means 40, etc. ,

The user terminal 10 is a terminal used by the user in an online or offline environment, and includes a mobile communication terminal such as a cellular phone, a PCS, a PDA, etc., which provides a desktop and geographic information of a personal computer, a notebook, and the like. And a navigation device for providing geographic information.

The user terminal 10 performs the function of displaying the objectized geographic information guide data provided by the GIS display means 20 on a screen so that a user can check the objectized geographic information guide data. They are characterized in that they can be used in applications such as general web browser or MS-Office as well as a dedicated application for processing geographic information installed in the user terminal (10).

FIG. 7 is a diagram illustrating a case in which geographic information guide data is inserted into a PowerPoint. The FIG. 7 shows all information implied by the geographic information guide data, and supports basic functions of an electronic map such as zooming in, zooming out, and moving. It shows that the display of dynamic electronic maps, that is, the display of dynamic objects and the simulation driving, are possible.

The GIS display means 20 is a coordinated electronic map coordinates of the objectized geographic information guide data of a specific position received by the geographic information data processing means 40 and the GIS D / B Extracts shape data and the like and provides geographic information to the user terminal 10.

The GIS D / B 30 stores and provides geographic information of a conventional electronic map.

The geographic information data processing means 40 is a geography including any image, user specific information, GPS information, etc. associated with the coordinates / accumulation information of a specific position among the geographic information shown through the user terminal 10 Combining and generating the information guide data into new objectized data and storing it in the geographic information D / B, or storing it as binary data in a local memory or a specific server at a remote location, and then guide the geographic information according to the user's selection. Extracts data and transmits the data to the GIS expressing means.

In particular, the geographic information guide data may include geographic information such as image information, accumulation information, coordinate information, randomly generated object information, path information, etc. by the user, and also text generated by a conventional electronic map. In addition to polylines, polygons, etc., GIF animations, flashes, and video files can be further included, and the new object can be generated as geospatial guide data.

5 is a diagram showing on the screen of the user terminal when the user registers the geographic information according to the present invention at the time of registering the video information of the corresponding location, in the case of the video is stored in a specific server of the remote and streaming the user terminal 10 The transmitted video is shown on the screen along with the geographic information.

11 is a diagram illustrating the overall configuration of geographic information guide data according to the present invention. As shown in FIG. 11, the geographic information guide data generated and objectized by the user includes XY (coordinate) + L (accumulation) parts, which are location information parts.

The user data portion associated with the location information portion is composed of T (data type) + I (data index) + D (stored data or a link to a data store) portion, and the user data portion is N number desired by the user. You can choose to add it again without restriction.

The data newly added by the user to the geographic information guided data generated by the user may be stored in the geographic information D / B together with the geographic information guide data, or may be stored in a link form in a local memory or a specific server in a remote location. It is characterized by that.

The geographic information data processing means 40 further includes a geographic information processing unit 43, a geographic information data writing unit 42, a geographic information data reading unit 41, and a geographic information D / B 44.

The geographic information processor 43 objectizes arbitrary image information, accumulation information, coordinate information, randomly generated object information, path information, text, polyline, polygon, GIF animation, flash, and video file selected by the user. Combining and creating geographic information guide data and storing it as binary data in geographic information D / B 44, or storing it in a local memory or a specific server at a remote location, and extracting the geographic information guide data stored according to the user's choice. It controls the overall function provided by the GIS expression means (20).

The geospatial data writing unit 42 stores the data generated by the user under the control of the geospatial processing unit 43 in the geospatial information D / B 44 or binary in a local memory or a specific server remotely. Function to save as data.

The geographic information data reading unit 41 is stored in the geographic information D / B 44 by the user under the control of the geographic information processing unit 43 or the geographic information stored as binary data in a specific server in a local memory or a long distance. Performs a function of extracting and providing data.

The geographic information D / B 44 stores and provides the geographic information guide data generated by the user and objectized.

Hereinafter, the operation principle of the geographic information guide system using the characteristics and data of the present invention as described above, a method of generating and displaying geographic information guide data will be described in more detail.

9 is a diagram illustrating a sequence of generating geographic information guide data by a user according to another exemplary embodiment of the present invention. FIG. 10 is a diagram illustrating a procedure of expressing geographic information guide data registered by a user to a user terminal according to another exemplary embodiment of the present invention.

9 and 10, a method of generating and expressing geographic information guide data registered by a user according to another exemplary embodiment of the present invention will be described in more detail.

First, when a user requests geographic information of a specific region, the user terminal 10 shows the geographic information of the region on the screen in the GIS D / B 30 (S302).

The user sees the geographic information (or GIS data) displayed on the user terminal 10, and selects a specific location from the geographic information (or GIS data) or from the starting position to the arrival position. A route that is a set is selected (S304).

The user can view the geographic information shown according to the route which is a set from the position or the starting position to the arrival position in the user terminal, and add new geographic information data using the object.

Select geographic information guide data such as arbitrary image information, accumulation information, coordinate information, arbitrarily generated object information and path information at the corresponding location provided by the object, or text, polyline, polygon, GIF animation, flash and video files. Etc. can be made and added (S306).

When the user selects or adds the necessary data from the arbitrary geographic information guide data in the process, the selected or added geographic information guide data is subjected to an objectization process (S308).

The selected geographic information guide data is extracted (S310), and the extracted geographic information guide data is objectified (S312).

If the number of the selected geographic information guide data is plural, the objectization process is performed for each of the plural geographic information guides, and after combining (or collecting) the plurality of objectized geographic information guides and listing the contents (S316). ) Is stored in the geographic information D / B 44 (S318).

If the number of the selected geographic information guides is a singular number, the objectification process is performed only once, and the objectized geographic information guide data is stored in the geographic information D / B 44 (S318).

In the above process, the existing geospatial guide data generated by the user is read, and the user can select arbitrary geographic guide data again and add it to the objected geographic guide data without limitation in kind and number. have.

The objectized geographic information guide data stored in the geographic information D / B 44 may be stored as binary data to be used in different user terminals in an online or offline environment. It can be stored and stored in a specific server of the geographic information guide data to share and transmit, in this case, by linking and streaming the geographic information guide data in the form of link can be used by other users in the online and wired and wireless environment in real time (S320).

As described above, the new geographic information guide data stored as binary data can be expressed and used in various user terminals according to the user.

The user reports that the geographic information (or GIS data) is expressed through the user terminal 10 (S402), and finds a path that is a location or a set of locations in the geographic information (or GIS data). When the selection is made, the generated geographic information guide data is read and loaded (S404).

The loaded objectized geographic information guide data expresses the geographic information to the user terminal by the GIS expressing means 20 (S406).

Referring to the drawings various methods for expressing geographic information guide data in the user terminal 10,

8 is a view showing a geographic information guide data registration information screen that can confirm all the geographic information guide data registered by the user according to the present invention, general coordinates and accumulation, information about the size of the data and the general information generated during registration, arbitrarily Information about the created user POI, route search data, video data, and track log can be checked.

4 is a view showing geographic information on a screen of a user terminal according to the present invention;

As an example in which geographic information guide data generated by a user is displayed on the GIS data expressed in FIG. 3, the user guides the user's geographic information designated by the user, including a route between a starting position and an arrival position set by the user. Expresses the data,

The path is geographic information guide data stored by the user by setting an arbitrary location and generating a path or other information between the corresponding locations, and the geographic information data processing means 40 for geographic information guide data linked by major intersections. It is registered to and created as one objectized geographic information guide data.

5 is a view showing on the screen of the user terminal when the geographic information according to the present invention registered the video information of the corresponding location when the user registers,

When a user registers geographic information data, the video information of the corresponding location is registered together.In case of video, it is stored in a specific server and transmitted to the user terminal through streaming.Like other registered information, the location of the specific server is guided by geographic information. It is stored in the data and can be confirmed by executing the stored geographic information guide data.

6 is a view showing a summary of stored geographic information according to the present invention on a screen of a user terminal in a separate window;

If you click the icon of the summary information window of the stored geographic information guide data, it is possible to check the related information including the video information, route information, coordinate information, general information, website information, GPS information, weather information, and the like.

7 is a diagram illustrating a state in which geographic information guide data registered by a user is inserted into a powerpoint according to the present invention.

In addition to supporting the basic functions of electronic maps such as zooming in, zooming out, and moving all the information implied in PowerPoint, web browsers, and other programs, dynamic electronic map display, that is, dynamic object display and simulation driving Etc. are made possible.

As described above, although the present invention has been described by way of limited embodiments and drawings, the present invention is not limited thereto and is intended by those skilled in the art to which the present invention pertains. Of course, various modifications and variations are possible within the scope of equivalent claims.

As described above, the geographic information guidance system and the method using the characteristics and data of the present invention electronic map, the new geographic information data that the user registers an arbitrary location on the electronic map and the user is directly objected using a specific object By creating a, there is an effect that can be used by integrating into a single geographic information data, such as media files, flash or animated GIF, such as a specific image or video,

Another effect is that by storing and providing the objectized geographic information data as binary data, it can be used in various user terminals with different formats such as cellular phones, PCS, PDAs, smart phones, computers, and servers in an online or offline environment. Has the effect of providing the same geospatial guidance data,

Another effect is that the user can easily display the geographic information data by enabling the object geographic information data to be run in a program such as a web browser or MS-Office, FTP, mail, SMS and By using various transmission methods and streaming methods such as messenger, there is an effect that can be shared with online users in wired and wireless environments and used in real time.

Claims (10)

In the geographic information guide system for extracting coordinates and shape data from GIS D / B to provide geographic information to the user terminal, Geographic information guide data including any image, user's unique information, GPS information, etc. related to the coordinate / accumulation information of a specific location is combined and generated into new objectized geographic information guide data to display the GIS. Geospatial data processing means for transmitting to means; And GIS extracting coordinated and shape data from the objectized geographic information guide data and the GIS D / B received from the geographic data processing means and providing geographic information to the user terminal. (GIS) presentation means; Geographic information guidance system using the characteristics and data of the electronic map comprising a. The method of claim 1, wherein the geographic information data processing means A geographic information processing unit which controls the overall function of combining, generating and storing arbitrary geographic information guide data selected by a user into objectized geographic information guide data, and then extracting and providing the same to the GIS display means; A geographic information data writing unit for storing geographic information guide data objectified by the geographic information processing unit in geographic information D / B; A geographic information data reading unit which extracts geographic information guide data objectized and stored in the geographic information D / B and provides the geographic information processing unit to the geographic information processing unit; And A geographic information D / B for storing and providing an objected geographic information data by processing any geographic information data selected by a user; Geographic information guidance system using the characteristics and data of the electronic map further comprises. The method of claim 1, wherein the objectized geographic information guide data Includes geo-related information such as image information, accumulated information, coordinate information, randomly generated object information and path information, and further includes text, polylines and polygons, as well as GIF animations, flashes, and video files. Geographic information guidance system using the characteristics and data of the electronic map, characterized in that stored as binary (binary) data so that it can be used in the user terminal of the. The method of claim 1, wherein the objectized geographic information guide data Geographic information guidance system using the characteristics and data of the electronic map, characterized in that the user can select and add any geospatial guidance data to the geospatial guidance data generated by the user without limitation in kind and number . The method of claim 4, wherein The data newly added by the user to the geospatial guide data generated by the user and stored in the geospatial guide data may be stored in the geospatial information D / B together with the geospatial guide data, or may be stored in a local memory or a specific server remotely. Geographic information guidance system using map characteristics and data. In the method of generating geographic information guide data for providing geographic information to a user terminal by extracting coordinates and shape data from GIS (D) / GIS, (a) expressing geographic information through a user terminal, and providing a path for selecting a location or a set of locations in the expressed geographic information; (b) When geospatial information is selected according to the location or the path of a set of locations, and arbitrary geographic information data to be added by the user is selected, the selected geographic information data is extracted and generated as objectized geographic information data. Doing; And (c) combining and listing the objectized geographic information data to generate and store new geographic information data; Geographic information guidance method using the characteristics and data of the electronic map comprising a. The method of claim 6, wherein in steps (b) and (c) If the user selects a plurality of pieces of geographic information, the steps (b) and (c) may be repeated as a plurality of objects to objectize the geographic information data, and to combine and list the objectized geographic information data; Geographic information guidance method using the characteristics and data of the electronic map further comprises. The method of claim 6, wherein step (c) The geographic information guide data newly created and objectified by the user is stored in the geographic information D / B as binary data, and the newly added geographic information guide data is combined with the conventional geographic information guide data. Method of guiding geographic information using characteristics and data of an electronic map, characterized in that stored in B or stored separately in a local memory or a specific server in a remote location. In the method using geographic information guide data for extracting coordinates and shape data from GIS D / B to provide geographic information to the user terminal, (A) expressing geographic information through a user terminal, and reading and loading the generated geographic information guide data when the path selected as a location or a set of locations is selected from the expressed geographic information; And (B) expressing the objectized geographic information guide data with geographic information; Geographic information guidance method using the characteristics and data of the electronic map comprising a. In the geographic information guide system for extracting coordinates and shape data from GIS D / B to provide geographic information to a user terminal and a method for generating and using geographic information guide data, (1) a function of displaying geographic information through a user terminal and selecting a route that is a location or a set of positions from the expressed geographic information; (2) a function of extracting and objecting a plurality of selected geographic information data when the user selects a geographic information guide data after selecting a path that is an arbitrary location or a set of locations; (3) combining and listing the objectized data to generate new geospatial guide data, or if there are a plurality of geospatial guide data, repeating step (2) as a plurality of objects to objectize the geospatial guide data. Combining and listing geographic information data; (4) storing the objectized new geographic information guide data as binary data in geographic information D / B or in a link form in a local memory or a remote server; (5) reading the newly stored geographic information guide data from geographic information D / B, a local memory or a specific server at a remote location, and expressing the read geographic information guide data together with GIS data; A recording medium having recorded thereon a program for realizing the same, wherein the recording medium can be processed by a computer.

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