KR20000072518A - Geography network system based on internet gis and method for register/use of giographic information - Google Patents

Abstract

PURPOSE: A geography network system based on an internet geographic information system(GIS) and a method for registering and using a geographic information are provided for enhancing a quality of a data and easily checking the kind of GIS data. CONSTITUTION: An internet user terminal(101) is provided for using a map service or a solution and buying a certain data. A provider terminal(102) registers a local map server, a solution server, and a map data of a data server using a service registration server. A client application web server(103) is connected with an internet by a user for using an information. An internet(104) connects the web browser(103) with the web server(105) of the managing server.

Description

GEOGRAPHY NETWORK SYSTEM BASED ON INTERNET GIS AND METHOD FOR REGISTER / USE OF GIOGRAPHIC INFORMATION}

The present invention relates to a method of using a Geographic Information System (GIS), and more specifically, Internet browsers, including users of GIA systems, want to use the Internet at a minimum cost. Geo-GIS network system based on Internet GS, which allows users to share and purchase G-System data, and quickly provide Map Service and Solution to each user's needs, and register / use geographic information accordingly It is about a method.

The GIA system allows you to draw the geographic shape of the data in your mind. Originally, the GIA system allows you to receive results in the form of some kind of map through querying or analyzing relational databases. Because many types of data have important geographic shapes, GIA systems are used in a variety of fields, including weather forecasting, population forecasting, and land use planning.

In GIA systems, geographic information is clearly described in the form of geographical coordinates (such as latitude and longitude or grid coordinates of a country), or in implicit forms such as road addresses, postal codes and forest locations. GI Systems have the ability to translate implicit data such as street addresses into clear map locations. GiSystem developers usually get map data from public institutions or companies specialized in collecting and organizing geographic information. Geocoding is the process of converting these implicit geodata into images in the form of clear data or maps.

Geographic data can be stored in vector or raster format. Using vector format, two-dimensional data is stored in the form of x and y coordinates. A road or river can be described as a series of x and y coordinate points. Non-linear shapes, such as the boundaries of downtown areas, can be stored as closed curves of coordinates. Vector models are good for representing outlines. The raster data format can represent data in which the grid cells change continuously. Raster models are suitable for drawing sensitive changes, such as soil shapes, over an area. Most GIA systems use both types of data.

However, in the related art, G-system-related companies and users have not been operated in an integrated environment but have been operated individually.

GIA System Service Providers include Map Service Publishers, Solution Participants, and Data Producers. Map service publishers refer to members who want to provide their GIA system information, solution participants refer to members serving their own Internet GIA system solutions, and data producers hold GIA system data and Refers to the providing member.

The publisher of map service has its own technology for GIA system, but it cannot provide GIA system software engine and necessary GIA system data to provide image service, analysis service and free data. I could not. In addition, it has many low-efficiency structures, such as overlapping development of new technologies and already developed applications.

The solution participants have the ability to develop all applications from simple life information of commercial to advanced spatial analysis processing, but they do not have the Internet G-System software engine and no data. That is, not only have abundant experiences in software usage technology and application development but also many programs developed, but they do not possess expensive software and GIA system data.

Data producers have long build times, costly and labor-intensive data, but they do not have solutions in GIA software engines and GIA services, so the data built is not suitable for user application development and analysis purposes. Has a limitation.

The manager who owns the GIA system software engine has the technology to process GIA system data to suit all technical and business purposes related to the software. However, it does not have GIA system data which requires a lot of time, manpower and cost.

And users of G-Systems have to contact and learn the technology individually to meet the requirements of G-System software engines, G-System data, and services provided by G-System solutions. This is a factor that hinders the utilization of spatial information that is essential for users. In other words, it was possible to pay a lot of time and excessive economic costs for the general GIA system users to secure the above requirements individually.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and its purpose is to create a community between GIA service providers, administrators with GIA system software engines, GIA system users, and the members can quickly access GIA system related information from the website. The present invention provides a geographic network system and a method based on the Internet GS that can share and process business.

1 is a block diagram showing the configuration of an apparatus for a geography network system based on the Internet GS according to the present invention,

2 is a diagram illustrating an activity diagram of members for registering a map service according to the present invention;

3 illustrates an activity diagram of members for using a map service according to the present invention;

4 shows an activity diagram of members for solution participants in accordance with the present invention to register a service,

5 illustrates an activity diagram of members for using the services of solution participants in accordance with the present invention;

Figure 6 shows an activity diagram of members for the data producer according to the present invention to register the GS data,

7 shows an activity diagram of members for the data producer according to the present invention to use GS data;

8 shows an activity diagram of members exchanging GS data and GS information in a GIS network system based on the Internet GS according to the present invention.

<Description of the symbols for the main parts of the drawings>

101: user terminal 102: web browser

103: Internet 104: Web Server

105: user authentication server 106: user registration server

107: user database 108: map server of the management server

109: solution server of the management server 110: service registration server

111: data purchase server 112: service information database

113: map server of the local server 114: solution server of the local server

115: data server of local server

An apparatus for constructing a geographic network system based on the Internet GS according to the present invention for achieving the above object is to use an Internet user terminal and a service registration to purchase data using a map service or a solution according to the present invention. A provider terminal which registers map data of a map server, a solution server, and a data server to a local network server and serves the service; A web browser, which is a client application for a user to access the Internet and use information; An internet linking a web browser to a web server of a management server; A user database that stores information about Internet users and GIS information providers; A service information database that stores map data for map server, solution server, and data purchase, and stores map services, solution services, and map data registered in a service registration server; A map server, which is a server for providing a map service to a user using a service information database; A solution server which is a server for providing an ASP service to a user using a service information database; A data purchasing server in charge of electronic commerce for a user to purchase G-system data of a service information database online; It consists of map information database for storing map data used in map server and solution server of local network server.

According to an embodiment of the present invention, there is provided a method of using a geographic network system based on an Internet GS, comprising: accessing a web server of a management server after a user accesses the Internet; Displaying a home page on a user's terminal; Storing the member's information in the user database after registering the member and registering the member if the member is a non-member; Transmitting user identification information to a servlet if it is confirmed that the user is a member; Identifying, by the servlet, the user by extracting the user characteristics in the form of a document; When the user confirmation is completed, the user accesses to the main menu where the user authority to use the service provided by the management server is set and uses the information.

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

1 is a block diagram showing the configuration of an apparatus for a geography network system based on the Internet GS according to the present invention.

As shown, by using the map service or the solution according to the present invention to register the map data of the local map server, solution server, data server using the Internet user terminal 101 and the service registration server to purchase data A provider terminal 102 to serve; A web browser 103 which is a client application for a user to access the Internet and use information; The Internet 104 connecting the web browser 103 to the web server 105 of the management server; A user database 108 which stores information about the Internet user 101 and the GIS information provider 102; A user authentication server 106 for checking whether a user is registered in the user database 108; A user registration server 107 for registering information of a user who is not registered in the user database 108; A service information database 113 for storing map data for a map server, a solution server, and data purchase and for storing map services, solution services, and GIS data registered in a service registration server; A map server 109 which is a server for providing a map service to the user 101 using the service information database 113; A solution server 110 which is a server for providing an ASP service to the user 101 using the service information database 113; A service registration server 111 for registering map service, solution service, and GIS data of the service provider 102 in the service information database 113; A data purchasing server 112 in charge of electronic commerce for the user 101 to purchase GIS data of the service information database 113 online; A map server 114 and a solution server 115 operating locally of the provider 102; It is composed of a data server 116 for storing map data used in the map server 114 and the solution server 115 of the local network server.

Providers are members who service data, maps or solutions and include map service publishers, solution participants, and data producers. The map service publisher refers to the member who wants to provide the GIA system information, the solution participant refers to the member who serves the unique Internet GIA system solution, and the data producer refers to the member who holds the GIA system data and provides the data. do.

2 shows an activity diagram of members for registering a map service according to the present invention.

The provider participating as a member requests the registration of the map service by accessing the management server to register his map service (S201). The provider selects a registration method of the map service (S202). There are two ways to register. The first is to build a homepage that can be serviced through the Internet using the protocol directly, then connect to the web server of the management server and link it using HTML (Hyper Text Markup Language) (link service, free data service). ) And the method of directly registering a service on the management server (image service, analysis service). In the former case, when a member logs in to the management server and fills out the basic requirements of the map service registration form, the member stores it in the database installed on the data server through the database connection interface and SQL (Structured Query Language). Apply for registration (S203). After reviewing the data, the management server processes the service contract (S204), and links with HTM to the URL (Uniform Resource Locator) of the map service site constructed by the provider for online registration (S205). In the latter case, the service to be registered by the provider is received through a web browser of the Internet and evaluated for registration (S206). The evaluation result confirms whether or not a supplement is made (S207), it is determined whether the supplement is possible to supplement (S208), if it is not possible to supplement, discards the received service (S209) and if it is possible to supplement the service through a separate supplementary work Complement (S210). The service registration contract is made for the service that does not occur and the service result that supplemented (S211). The management server determines a service provider and a service method for registering the service (S212) and fills out a service registration form and notifies the provider through the e-mail described according to the registration form (S213).

3 shows an activity diagram of members for using a map service according to the present invention.

The user requests a map service to the management server through the Internet web browser (S301). The user selects a service type such as a link service, an image service, a free data download service, and an analysis service (S302). Link service refers to a service providing an Internet GIA application developed by a map service provider. Image service refers to a service provided by a map service provider of various maps in an image format. The free data service is a service that provides free GIA system data from a map service provider through a map service through the Internet. The analysis service is a map service provider that provides a service that enables geographic analysis such as shortest path analysis and optimal path analysis beyond simple search function among map services through the Internet. When a user who is a member uploads a desired service on an e-mail or a bulletin board, the management server determines whether the service is available based on this (S303), and receives a service that is not provided, and contracts (S304) and then develops a service (S305). It is provided (S309). If it is already implemented and the service can be executed (S306), the service charge is determined (S307). If the service is free, the service is provided (S309). If the service is paid, the contract is concluded with the user who wants to use the service (S308). It is provided (S309). The management server is used for the post management by statistical processing the contents for each service provision (S310).

4 shows an activity diagram of members for service registration of solution participants according to the present invention.

The provider, who is a member, makes a solution registration request to the management server in order to register a solution developed or licensed by him (S401). The management server receives and evaluates the solution and stores it in the service information database (S402). The management server determines whether to allow the evaluated service (S403). If it is determined that the service registration is impossible, negotiate with the registration requester (S404), and if it is impossible to revise the service information (S405), and if it is possible to modify the solution service information (S406), the service is available to register the solution. As with the requestor, the terms and conditions such as royalty distribution, service method, and fee in accordance with the profit are discussed (S407). After determining the service method according to the contract (S408) and the agreement between the management server and the registration requester about the contract terms and service method, the management server creates a solution registration form and sends it to the registration requester (S409).

5 illustrates an activity diagram of members for using the services of solution participants in accordance with the present invention.

The Internet user accesses the management server through the Internet and requests for using the solution service (S501). The management server examines whether the requested service is currently being serviced (S502). If it is currently being serviced (S503). The management server determines whether the charge is charged (S504) and provides the service immediately if it is free, and performs a solution service through the contract for the active member only if it is paid (S505, S509). Payment of paid service is made through internet payment using e-commerce engine. If the requested service is not registered in the management server, it is determined whether it can be implemented (S506). If the implementation is possible, the service is developed (S507), and the service is provided (S509). (S508). By calculating statistics on the service and the service unavailable notification used by the member and the general Internet user, the management server determines the importance, correction, and disposal of the service (S510).

6 shows an activity diagram of members for data producers to register GSI data in accordance with the present invention.

The provider, who is a member, makes a registration request through the management server of his GIS data (S601). The management server evaluates the quality state after receiving the data through online or offline (S602). If it is necessary to make a supplement based on the evaluation (S603), if it is necessary to make a supplementary agreement with the data registration requester (S604), if it is impossible to correct it (S605) and discard it (S605), if it is possible to correct it, the data is supplemented (S606). The management server does not need to supplement the evaluation results, or completes the data registration agreement for the completed data (S607), and whether to store the data in the management server or the local network server operated by the member who is the element owner of the data. The data is determined and stored (S608, S609).

Figure 7 shows an activity diagram of members for the data producer according to the present invention to purchase / use the GS data.

A member Internet user requests the management server to purchase or use GIS data through an internet web browser (S701). The management server determines whether data is secured (S702). If the data is not secured, the management server determines whether the data is produced (S703) and if the production is not possible, cancels the processing (S704). If the production is possible, after completing the production of the data to create a contract to ensure the provision of the data and to produce the data (S705). After the data is produced, payment is made by electronic commerce, and the data is sent to the Internet user who requested the data (S706). If the management server holds the data to create a contract (S707) and sends the data to the Internet user requesting the data (S708).

FIG. 8 is a diagram illustrating an activity diagram for use by a member who exchanges GS data and various types of information in a geographic network system in an Internet GS based geographic network system according to the present invention.

The Internet user connects to the management server through the Internet (S801). The homepage of the site operator is displayed in the web browser of the user who has successfully connected with the management server (S802). The management server receives the name and password of the Internet user in the member check box in the main window of the homepage to check the membership (S803). The entered items are passed to the web server, and the web server compares the user name and password with the entered values through an SQL query among the user names and passwords stored in the user database connected through the database connection interface. Check the membership after the comparison process. If the Internet user who is not a member clicks a new registration item and then registers according to the registration form (S804), the management server stores the member's information in the user database (S805). If it is confirmed that the management server is a member, and delivers the received user identification information to the servlet (servlet) (S806). The servlet can identify the user by extracting the user characteristics in the form of a document (S807, S808). When the user's confirmation is completed, the user moves to the main menu where the authority to use the service provided by the management server is set (S809). The user uses the service he wants in the main menu (S810). Members can use map viewing and printing, solution service use, purchase and download of GIA system data, and non-members can use simple map viewing and image printing provided by the operator. Inquiries about the items visited by members and non-members are recorded in the service information database and used to process visitor statistics.

Although the preferred embodiments of the present invention have been illustrated and described above, the present invention is not limited to the above-described embodiments, and the present invention is not limited to the above-described embodiments without departing from the spirit of the present invention as claimed in the claims. Various modifications may be made by those skilled in the art, and such modifications are intended to fall within the scope of the appended claims.

According to the present invention, by combining GIA system users, including Korea, into one, GIA system data / solutions required for GIA system users can be quickly and quickly, increasing the utility of information, thereby increasing the value of data and services. have.

In addition, free data can be easily obtained, and the latest geographic data can be shared and acquired, and it is effective to obtain fast information and technology on the latest G-system trends.

GIA System users can see GIA system data and services at a glance, easily obtain information on meta data, obtain more free and paid data processed by software companies, and use the system. There is an effect that can be directly provided by the service (ASP).

Participants in the GIA System Service Provider's solution can participate in a common network of GIA System users and consumers around the world for data and services to obtain GIA System software and data inexpensively, and the developed solutions include members. There is an effect that can be provided to the user.

Map service publishers of GIA service providers have the effect of promoting sales by promoting data and services to GIA system users.

The data producers of GIA Systems Service Providers are responsible for the use of GigaSystem data in Shapefile, a data format that is immediately available to end-users with their own rights, and Spatial Data Transfer Standard (SDTS), a spatial data exchange standard. By adding metadata that can be systematically searched, you can increase your value by registering with the community and improving the quality of your data as well as sales. In addition, it is easy to identify the type of GIA system data required by the community.

Claims (7)

A user terminal 101 using geographic information data using a geographic information system; A provider terminal (102) for registering the geographic information data with a management server; A management server controlling a service usage request of an Internet user and a service registration of a service provider; A local network server operated by the service provider; A web browser 103 which is a client application for the Internet user to use the information; And a Internet network (104) for connecting the Internet user and the service provider to the management server. The method of claim 1, wherein the management server A web server 105 for transmitting and receiving data through the Internet; A user authentication server 106 that checks whether or not the Internet user is registered according to an item input by the Internet user; A user registration server 107 for registering information of unregistered users; A user database 108 which stores information of the Internet user and the service provider; A map server 109 for providing a map service to the Internet user; A solution server 110 for providing a solution service to the Internet user; A service registration 111 for registering a map service, a solution service, and GIS data of the service provider; Data purchasing 112, which is in charge of electronic commerce for the Internet user to purchase GIS data; And a service information database (113) for storing map services, solution services, and GIS data registered in the service registration. The method of claim 1, wherein the local network server Data server 116 for storing map data provided by the map server 114, the solution server 115 and the map server 114 and the solution server 115 of the local network server operating locally. Geographic network system based on the Internet GS, characterized in that it comprises a). The system of claim 1, wherein the service provider provides GIS software in the form of SDTS and Shapefile. A first step of the service provider requesting service registration by accessing the management server; A second step of determining a service registration method between the service provider and the management server; The third step in which the management server receives and evaluates the service requested by the service provider; A fourth step of the management server determining whether to allow a service; A fifth step of determining, by the management server and the service provider, a location to perform a service; The management server is a geographic information registration method based on the Internet GS, comprising a sixth step of creating and sending a service registration to the service provider. The method of claim 5, wherein if the service permission of the fourth step is denied, the management server determines whether to modify the service in consultation with the service provider. 6. The method of claim 5, wherein the service execution location of the fifth step is one of a management server and a local network server.