KR20000072012A - Map is : map application information system - Google Patents

Abstract

PURPOSE: A management method for associating and integrating information technology based on numerical map is provided for effectively managing a facility, geometrical object and space information. CONSTITUTION: In a management method for associating and integrating information technology based on numerical map, numeral map(A01) includes an information with respect to various layers as a back rising map, and the numeral map(A01) manages various information with respect to the layer based on a database(A02). A database registration and fabrication(A03) is a tool used when fabricating and correcting a table with respect to a corresponding layer. The characteristic with respect to a corresponding layer is analyzed by a user, and the table is generated and corrected. When a table with respect to a corresponding layer is fabricated, the database(A02) and the layer of the numeral map are processed(A04).

Description

Information technology linkage and integrated management method based on digital map {MAP IS: MAP APPLICATION INFORMATION SYSTEM}

The present invention integrates or links various layers and layer attribute information of the ground and underground spaces managed on the digital map when constructing or applying a geographic information system (GIS) to various information technologies that have been utilized in a partly manner. Database, enterprise document management, multimedia, geographic information, statistics, methodology, etc.). Existing information technology has been divided into various fields and the information technology has been developed and researched by each information technology field. However, these aspects have hampered the development of our industry because of the many difficulties in acquiring technology, as well as a lot of time and cost in the introduction and application of each information technology. For example, when establishing a management information system and a general management system in corporations and public institutions, the system operation environment, development language, database, document management, statistical management, multimedia application, general business management system, etc. Not only are integration problems and interfaces a problem, but they are also an obstacle to corporate informatization due to the huge budget required due to the large amount of time and manpower. In addition, it is difficult to construct a visual and spatial system by constructing a text-based information system when managing information on facilities and specific spatial information. Therefore, the present invention aims to create a new method of integrated information technology management based on a new concept of geographic information system (GIS), which has been inefficiently applied to information technology.

Integrated management of information technology is based on the digital map, and all the information technologies are integrated based on the digital map, and the overall management method according to the integrated management is established. Of course, they want to manage their productive work. This is a way to improve the quality of our lives by not only effectively utilizing the land, but also protecting people's lives and property, and strengthening the competitiveness of nations and companies.

The present invention provides a method for integrating and linking a database, drawing information, document information, image information, and video information related to layers and layer properties of a digital map, and can efficiently manage the integrated and linked information. Provide management methods. Among the management methods, database management provides a way for the user to directly build and edit the desired table according to the characteristics of the layer, and a method for linking and managing various information in the digital map layer. Search by condition (condition search, feature search, text search, search by layer system, etc.) to display the location along with the map on the numerical map and provide relevant information quickly. In addition, it provides the function to inquire or output the provided information, the method to output the statistics table and save the statistical data as an arbitrary file, and to track the numerical map layer directly on the screen with the mouse to inquire the corresponding layer and layer properties. Provides the ability to manage the associated information.

1 is an overall conceptual view according to the present invention.

2 is a system configuration according to the present invention.

3 is a flow chart showing the overall embodiment according to the present invention.

4 is an exemplary diagram for associating an attribute with a digital map layer in claim 1 of the present invention;

5 is an exemplary diagram for establishing and linking an attribute database to a digital map layer in claim 1 of the present invention;

Figure 6 is an exemplary diagram for text (character) search on the numerical map in claim 2 of the present invention.

7 is an exemplary view for classification search for each layer system in claim 3 of the present invention.

8 is an exemplary diagram for setting a condition to be searched by a user in claim 4 of the present invention;

Figure 9 is an exemplary view for outputting all the information that meets the conditions in claim 4 on the screen in the form of a table window.

10 is an exemplary view for displaying the information selected in claim 4 of the present invention on a screen and inquiring relevant basic attributes.

11 is an exemplary view for inquiring in detail the attribute information linked in claim 4 of the present invention, and inquiring various related information.

12 is an exemplary view for tracking the layer on the numerical map with a mouse to view the corresponding attribute information in claim 5 of the present invention.

13 is an exemplary diagram for associating various types of information associated with a layer in claims 6 and 7 of the present invention;

Figure 14 is an exemplary view of a drawing file in claim 6 of the present invention.

Figure 15 is an exemplary view for operating various multimedia associated with a layer in claim 7 of the present invention.

Figure 16 is an exemplary view showing a statistical graph and statistical data on the screen in claim 8 of the present invention.

Figure 17 is an exemplary diagram for changing and setting the graph in claim 8 of the present invention.

18 is an exemplary diagram for storing the statistical table and data in an arbitrary metafile and an Excel file in claim 8 of the present invention.

19 is an exemplary diagram in which a user constructs an arbitrary database, creates an associated symbol, and registers the database in claim 9 of the present invention.

20 is an exemplary view of selecting and placing a symbol in a symbol window on a numerical map and modifying and editing a related database in claim 9 of the present invention.

The present invention is a numerical guidance section based on the integrated management of the operating environment and information technology that can be integrated operation in the client, client / server, Internet environment, database section for efficient data management, enterprise-wide document management for efficient management of various data It consists of the system (EDMS), multimedia section for video and CCTV application, search section for providing quick and accurate information, statistical analysis section for data analysis of data, and output setting for output of searched data.

1 is a general conceptual diagram of the present invention, which illustrates the concept of integration and linkage of information technology using a digital map. All information is managed in connection with layers and attributes of the digital map.

The numerical map A01 shown in FIG. 1 is a vectorized map having numerical values of various layers, and the numerical map A01 is managed by a database A02 with various information about layers, and the database is registered and constructed. (A03) is a tool used when building or modifying a table for a layer. The user directly analyzes the characteristics of the layer and creates or modifies the table. When the table construction for the layer is completed, the integrated database (A02) and the layer on the numerical map and integration (A04) work. When the integration and linkage work (A04) is completed, the digital map layer information and attribute information are integrated into the environment (A04). Here, the information integrated with the layer is configured to be able to link and integrate (A06) with attributes belonging to the layer that can link various document (A07) information and multimedia information (A08). The document A07 described here represents an electronic document, a spreadsheet, a drawing, an image, a picture, a text, a graph, and the like, and the multimedia A08 refers to a video file, an image taken by a video camera, a CCTV screen, and the like. In addition, the system configuration of FIG. 2 includes a file and database server 400, a web server 300, an internet environment 200, and a LAN 500 environment. The operating environment is a web server 300 and an Internet user 11n. Internet environment, file and client / server environment driven between DB server 400 and client 51n, and personal computing environment driven separately from Internet user 11n and client 51n, respectively. .

3 is a flowchart showing the overall embodiment according to the present invention, and the numerical map B01 is applied to all methods. The numerical map B01 is a vectorized map, and all layers are managed by numerical values (coordinates). First, in using the present invention, the numerical map B01 is opened on the screen, and a database B02 associated with the opened numerical map is opened. The database B02 contains numerical map information and general information. The digital map (B01) and database (B02) are opened and the work performed at this time is to add a new layer on the digital map (B03), and select the layer for the next operation on the digital map screen (B04). How to display information on the screen using layer tracking (B05) on the digital map screen, and how to search or output information through quick and accurate condition search (B06) of layer and property information. It consists of. First, when a user wants to add a digital map layer, the user creates a layer using the digital map builder (B03), creates an attribute table in the created layer (B07), and registers it in the database (B02). . At this time, it is a method to set the environment in which the associated information can be linked to each layer to the registered property (B13), and to register the information related to each layer in the database (B02). In this case, the additional bridge is drawn on the numerical map (symbol or layer). Next, the basic information on the drawn bridges is generated as a property table (B07) and registered in the database (B02). The work from the construction planning stage to the maintenance phase of the bridge is applied to the CALS concept (B13), and various documents, The MULTIMEDIA file is linked and registered in the database (B02). The information on the bridge registered in the digital map includes the location and numerical information of the bridge, general management information, DOCUMENT information, multimedia information (B14), and provides information on the bridge (B14) quickly when providing the information. can do. The second method is to use the digital map layer selection (B04). It can be used for existing numerical maps (DXF, etc.) as a way to manage layer properties and general information (B14) by selecting (B04) a layer on the screen with a mouse. In the existing digital map, only layer information is managed, which makes it difficult to manage layer properties. Therefore, this method selects a layer (B04) and then creates a layer property table (B07) and registers it in the database (B02) if there is no property DB in the selected layer so that efficient management of the layer can be achieved. Inquire attribute information. Attribute information is linked to data information (B21), document information (B33), multimedia information (B34), etc., management program (B21) for managing data, check-in, check-out, It consists of the viewing, import and export functions (B33) and multimedia programs (B34) for the operation of multimedia, and the configured information and the like are modified or deleted through respective element descriptions (B21, B33, B34). Do Also, select the information to be printed and set the printer for printing (B23), and output to the printer. The third method is to manage the information by tracking the layer, using the mouse to track the layer in the numerical map on the screen (B05), and display the attribute information on the tracked layer on the screen through the tracking mode (B08), The displayed layer properties and information can be inquired or detailed information can be inquired (B20). The fourth is the management method by searching (B06), which is a character search (B35) which directly searches the text characters in the numerical map, search by classification system (B36), which searches according to the systematic classification of the layers and attributes of the numerical map. (B02) consists of a conditional search (B09) that allows the user to search for the information given by the condition, the character search (B35) shows the same information as the characters entered by the user enters a specific character on the screen, If the selected information is selected, the selected information is displayed on the numerical map, the selected layer is displayed, and the layer attribute information can be inquired (B11) or the information B14 related to the attribute can be managed. Search by classification system (B36) forms an inquiry screen according to the layer classification system of the digital map, searches according to the configured classification, selects the information to be viewed, and the corresponding information is displayed on the digital map. Condition search (B06) sets user's desired condition value for quick information management or statistical analysis and outputs all the information that meets the condition on the screen (B12) and selects each or several information to be viewed (B15). To display the position on the screen (B18). After clicking on a layer (text, insert line, block, etc.) displayed on the screen with a mouse (B19), detailed information about the corresponding information is inquired (B20). In addition, if you want to do statistical analysis with the data value displayed on the screen, give the statistical conditions (B27) through the statistics / analysis (B26) function and express them on the screen as statistical data (B28) and statistical graph (B30). The statistical data is saved in an arbitrary file (Excel, etc.), and the statistical graph is transformed into the desired style through the graph setting function (B31). At this time, the statistical graph (B30) is stored as a metafile for editing in other types of documents. As described above, the present invention is an information technology linkage and integrated management method based on digital maps, and thus, the facilities, features, and spatial information to be managed in the digital map space can be efficiently managed.

The present invention integrates and manages information related to various facilities and features on the ground and underground with digital maps, and further increases the productivity of work by expressing visual and spatial information. Up to now, the management method of facilities has been managing the basic information of facilities, drawing information, and document information, and there have been many problems and improvements. As a representative example, it is difficult to find the location of facilities in managing facilities, lack of visual and spatial effects due to text-oriented information management, and expenditures of huge expenses due to the large amount of professional manpower and time in applying various information technologies. The situation has been performing.

Therefore, looking at the points to see the effect through the use of the present invention

① You can build a foundation to effectively manage various facilities and spatial information by integrating and connecting information technology based on geographic information system.

② Providing prompt information and systematic maintenance on facility and spatial information to reduce maintenance costs and protect our lives and property,

③ Support national and corporate strategy and policy establishment through statistical analysis of various spatial information,

④ Anyone who is not an expert in the information system can easily apply the present invention to build a spatial and geographic information system with minimal cost and time.

⑤ In addition, it is possible to build various systems based on geographic information system (digital map based) without introducing various software and methodologies with one product according to the present invention, which saves a lot of cost and time.

As mentioned above, it is convinced that the integrated environment of information technology according to the use of the present invention will be the basis for future industrial development and national competitiveness, as well as become a large framework of the knowledge industry.

Claims (9)

In the way that you can directly connect the attribute database to the layer of the digital map and build and edit the database. ① Steps to open numerical map on screen ② Search for the numerical map layer to work on and display it on the screen ③ Constructing a database table to manage the digital map layer properties for the new layer or the previously created layer, and registering it in association with the layer. ④ linking and registering the attribute information database in the numerical map layer, ⑤ the steps to edit and edit the numerical map layer and database, How to easily search and utilize the text information ① Entering the text layer to be searched on the numerical map screen and displaying all text information identical to the input text on the screen ② The step of expressing all displayed text information by administrative district ③ Select the text information and display it on the numerical map ④ Click the text information displayed on the numerical map with the mouse (select: right button, view information: left button) ⑤ Selecting the text information displayed on the numerical map to search the attribute information for the text, and manage the associated electronic file and database In the method of easily searching and efficiently managing related information according to the digital map layer and the layer property classification system, ① Analyze the properties of layers and layers to build a classification system by dividing them into large classifications (roads, rivers, etc.), middle classifications (roads: highways, national roads, local roads, etc.), and small classifications (road centerlines, facilities, etc.). (2) configuring the function to search by selecting a large classification, a middle classification, and a small classification by the classification system, ③ Displaying selected layer and layer property on the screen ④ Click the text information displayed on the numerical map with the mouse (select: right button, view information: left button) ⑤ Selecting the text information displayed on the numerical map to search the attribute information for the text, and manage the associated electronic file and database ⑥ It consists of managing the layer and layer property of each administrative district in the same way as the above 3 paragraph. In the method that the user sets the conditions and the properties of the layers registered in the digital map database and searches all the information that meets the conditions on the screen, and efficiently manages the utilized information. ① Step of selecting numerical map database to search for user ② Open the database and select the tables of the property ③ Steps for setting the condition to be searched by the user ④ Displays all information that meets the search condition in the form of table window on the screen ⑤ The step of selecting one or several information at once ⑥ Position all selected information on the numerical map screen ⑦Step of clicking information displayed on numerical map with mouse (selection: right button, view information: left button) ⑧ It selects the text information displayed on the numerical map to search the attribute information about the text and manages the associated electronic file and database. In the method of directly inquiring the numerical map layer information and attribute information by moving the mouse (tracking) in the numerical map screen ① Mouse tracking function on / off step ② Displaying the relevant layer information on the screen if the cursor touches the layer during mouse movement (tracking) ③ Displaying layer property information on the screen as in ② ④ If you want to search the layer and property information when moving the mouse, click the mouse (right) to search the information. It is a way to link and integrate various document files to digital map layer and layer properties. ① Step of constructing a DB according to the DOCUMENT management method when constructing a database in Clause 1 above ② Using the above 2, 3, 4, 5, search the numerical map layer and layer property information to display the location on the screen ③ Inquiring the property information by selecting the desired layer information displayed on the screen ④ Linking and managing various document files (W / P, S / S, HTML, XGML) on the inquiry screen ⑤ Linking and managing various drawings (drawings made in 2D and 3D CAD) on the screen ⑥ Links and utilizes electronic files such as photographs, images and graphic files. ⑦ It is a step that utilizes technologies related to EDMS functions such as file check-in, check-out, IMPORT, EXPORT, etc. for sharing and reusing and copying electronic files linked to layer and layer properties. It is a way to integrate and manage various multimedia files to digital map layer and layer property. ① Inquiry of the attribute information displayed on the screen as in the above 6 ② Linking and managing various multimedia files (video, animation, CCTV screen) on the viewed screen ③ Utilization of technologies associated with EDMS functions, such as file check-in, check-out, IMPORT, EXPORT, etc. for sharing and reusing multimedia files linked to layer and layer properties, and copying ④ Operating and manipulating multimedia (video, CCTV, animation, etc.) linked with numerical map layer and layer property together with digital map ⑤ Select the layer displayed on the screen and connect with CCTV, and display the connected CCTV status on the screen. ⑥ Configure CCTV to remotely monitor the object managed by unmanned or special object. When an emergency situation occurs, the emergency position is automatically displayed (color or flashing display) on the numerical map screen, and the displayed position. If you click the mouse button, you can see the emergency situation on the screen. For example, it is assumed that there is an intruder at the unmanned base station managed by wireless communication. Is done. In the method of having the information associated with the digital map layer and the layer properties, statistical analysis, statistical table output, statistical data arbitrary file ① Performing steps 4 to 4 above, and outputting the search contents to the screen in the form of a table window. ② Setting up the condition that the user wants to perform statistical analysis with the searched information ③ Displaying the corresponding statistical graph and statistical data on the screen according to the set conditions (statistical table name, XY axis designation). ④ The steps of setting the graphs such as legend, graph shape, axis setting, 2D and 3D graph change so that the statistical graph shown on the screen can be used in various ways. ⑤ The step of saving the completed statistics graph as an arbitrary file so that you can work on other documents. ⑥ It consists of saving statistical data scattered on the screen as an Excel file. The user directly constructs a database for all managed objects that can be managed with a position (X, Y, Z coordinates) on the digital map, creates symbols for each managed object, and links them with the corresponding symbols when constructing the database. In how to register and use the registered symbol efficiently ① Creating a database to be managed by the user, and automatically processing information on coordinate linkage when constructing the database. ② Once the database is established, register it to the database in connection with the previously created picture files (ICON, BMP, etc.) ③ Managing symbols registered in the database in a separate symbol window and managing various databases using the symbol window. ④ The steps of selecting a symbol in the symbol window, outputting a table related to the information on the screen, and modifying and editing it. ⑤ Selecting a symbol in the symbol window to place the symbol at the corresponding position on the numerical map ⑥ After placing the symbol on the screen on the numeric map, moving or deleting the symbol's position. ⑦ Selecting the symbol whose position is confirmed, open the database for the symbol and register or modify the relevant information. ⑧ Search for condition using database for quick and accurate search of related symbols ⑨ It is a step of displaying all the symbols found through the search on the screen.