KR20010057235A - Floor division system and the method for providing a lot of homepages using the system - Google Patents

Abstract

PURPOSE: A floor allocating system and a method for providing a plurality of homepages by the same are provided to manage a homepage created in the lower level and to make a homepage name as one pleases. CONSTITUTION: If 'A' client applies to a registration of a specific name of the floor(S10). A web browser of the client transmits a URL resource requesting signal with respect to PG1 to a sub server. In addition, a CPU of a sub server receives the URL resource requesting signal through the web browser of the client, and decides URL having a HTML document with respect to a member joining and receives a URL resource having the HTML document with respect to a member joining(S12), and displays a member joining window. The client writes an ID, password, homepage IP address, E-mail, name, etc. in accordance with an explanation being displayed on the window(S14). The web browser transmits a signal packet to the CPU, and the CPU receives the packet signal and detects a normality of contents of the packet(S16). The web browser provides simple information only including the homepage IP address and the name to a main server(S18). And then. a homepage is provided to the client(S20). If the written information is abnormal, an error signal is transmitted to a web browser(S22).

Description

Floor division system and the method for providing a lot of homepages using the system

The present invention relates to a floor allocation system and a method for providing a plurality of homepages, and more particularly, to a subfloor managed uniformly by the main floor, and a plurality of IP (Internet) managed uniformly by the subfloor. Protocol) The present invention relates to a floor allocation system and a method of providing a plurality of homepages so that a subfloor receiving an address can be formed.

In recent years, Internet services have been in the spotlight of many people, and the World Wide Web (WWW, hereinafter referred to as the "web") is a web of information that is connected to each other around the world like a web, As it is made available, it is attracting attention from many people.

Information used on the web takes the form of hypertext (also known as "hypermedia"), which contains some material and links to another document (or video or audio). Point to the document you have.

The hypertext information is stored on a web server that is widely used around the world. The user can display the hypertext information through a web browser such as Explorer or Netscape, which is embedded in the web client. You can request from That is, a web browser refers to a program that can request hypertext information from a web server, and the web server sends the requested hypertext information (or error message) to the web client whenever this request is made.

In general, the highest URL (Uniform Resource Locators) of the hypertext information first retrieved through a web browser is called a homepage. The process of registering a homepage (website registration) will be briefly described with reference to FIG.

1 is a diagram showing that a homepage registrant registers a homepage on a web server. The registrants A, B, and C who want to register the A homepage, the B homepage, or the C homepage register or store the homepage on the web server in order to provide hypertext information to the user through the Internet. However, in general, since the number of homepages registered in a web server is limited, each homepage is generally registered in a different web server.

For example, as shown in FIG. 1, the A web client A registers information A 'of its home page in the first web server 10, and the B web client B registers the second web server. The homepage information B ′ is registered at 20, and the web client C stores the homepage information C ′ at the third web server 30. Then, each registrant (A, B, C) registers a simple information signal (S0), that is, the URL of the homepage, the main contents of the homepage, the index word, etc., on the search web server so that the user can find his homepage as soon as possible. .

When each homepage is registered in each web server as described above, the user visits the homepage that he / she requests through the following two paths as shown in FIG.

Firstly, in case of knowing the URL of the homepage to go to, A, B, C browser enters the URL, finds the IP address from this URL, and corresponds to the IP address through HTTP (Hyper Text Transfer Protocol). The URL resource request signal S1 is transmitted to the web server 10, 20, or 30.

URL is a standard location representation method for uniformly expressing the location of a large number of information or data on the Internet along with a protocol. This URL consists of the protocol to use (eg ftp, telnet, http, etc.), the host name and port number to connect to, the directory location where the file is located and the name of the file. The web server receives the URL resource request signal S1 and transmits an HTML (Hyper Text Markup Language) document corresponding to the requested URL and a URL resource such as a file or a frame related thereto to the web browser. That is, the first web server 10 provides the A homepage, the second web server 20 provides the B homepage, and the third web server 30 provides the C homepage.

Second, if you do not know the URL of the home page to visit, in this case, most users will use the search engine. The server of the search engine, that is, the search web server, registers the information of the homepage, and thus informs the URL and the rough information of the homepage according to a search condition required by the user. That is, the browser 1 or 2 or 3 transmits the URL search request signal S3 to the search web server 40 according to the user's request, and accordingly the search web server 40 sends the URL search request signal S3. Provides the user with URL information that satisfies the search conditions, and when the user selects the URL, the web server transmits the URL resource request signal (S4) to the web server (10, 20, or 30). To provide.

As described above, in creating and managing a homepage in such a manner, each web server 10, 20, and 30 have all the registered information of all the homepages registered therein and are managed to manage a lot of data. In this case, if a user wants to have a homepage or an e-mail address of a desired name in the web server, the registered name cannot be registered first.

An object of the present invention for solving the above-described conventional problems, the floor allocation system to facilitate the management of the newly created homepage at a lower level from the point of view of the server, and to easily have a homepage of a desired name when operating the homepage; Thereby, a method of providing a plurality of homepages is provided.

1 is a diagram showing that a homepage registrant registers a homepage on a web server.

FIG. 2 is a diagram illustrating a web browser searching a homepage registered in FIG. 1.

3 is a diagram schematically illustrating a floor allocation system according to an embodiment of the present invention.

4 is a diagram illustrating a relationship between a main homepage, a sub-homepage, and a client homepage registered in the floor allocation system according to an exemplary embodiment of the present invention.

5 is a diagram illustrating a configuration of a floor allocation system according to an embodiment of the present invention.

6 is a flowchart illustrating a process for providing a plurality of homepages by a floor allocation system according to an exemplary embodiment of the present invention.

7 is a flowchart illustrating a home page or an E-mail transmission process for input information according to an embodiment of the present invention.

※ Explanation of codes for main parts of drawing

10, 20, 30, 40: Web Server 100: Main Server

101: central processing unit 102: main memory

111, 112, 113, 1XX, 300, 400, 500: Subserver

310, 320, 410, 420, 510, 520, A, B, C: Web browser

301, 401, 501: sub memory

In order to achieve the above object, the floor allocation system according to the present invention may connect a client homepage that can receive information for identifying a user, and perform operations such as registration and execution of the client homepage through communication. Web browser; The web browser is connected to determine whether to register or execute the client homepage, determine the registration, and transmits some of the information while storing the input information, and has a floor of the sub-homepage linked to the client homepage A subserver providing information about the same; A sub memory for storing information of the sub homepage having an independent IP address for each floor, and storing data such that all URLs and the like stored in the sub server are hypertext; A main server configured to receive and manage information provided from a plurality of sub-servers, and have a main homepage hypertexted to be linked with floors of the plurality of sub-homepages, and manage only a part of the information of the client homepage; And a main memory for storing various types of information input to the main server and storing a plurality of sub-homepage information as well as all URLs and hypertext stored in the main server.

Preferably, the sub memory divides the entire memory into a predetermined range and is allocated such that each divided range stores the client home page, and the client home page linked to the sub home page is related to a field requested by the sub home page. Have information.

The main server preferably manages subscriber names, characteristic field information, and the like for the web browser from the sub-server.

On the other hand, the method for providing a plurality of homepages by the floor allocation system according to a feature of the present invention, applying for registration of the client homepage that can accept the information identifying the user to the sub-server that the floor is formed through a web browser step; Providing a URL window for registering a client homepage to be displayed on a floor provided by the subserver in the web browser; Inputting member information in the URL window; Determining whether the inputted member information is appropriate for the floor; Providing brief information about the client homepage to a main server having a main homepage; And providing the brief information and giving a predetermined URL to the client homepage.

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

3 is a diagram schematically illustrating a configuration of a floor allocation system according to an exemplary embodiment of the present invention, wherein each of the clients uses the web browsers A, B, and C for the main server 100 or the subservers 111 and 112. , 113, ..., 1XX).

The sub server 111 is a server that stores the Internet site of the web browser A to which the client A connects, and the sub server 112 is a server that stores the Internet site of the web browser B to which the client B connects. The sub server 113 is a server that stores the Internet site of the web browser C to which the client C connects.

The main server 100 includes a central processing unit 101 and a main memory 102.

Here, the main memory 102 has a plurality of memories M1, M2, ..., MX, and each of the memories M1, M2, ..., MX has an IP address with a predetermined rule. That is, the IP address of a certain rule is, for example, FL1. ** (co or pe or ne or or, etc.). ** (kr or com), FL2. **. **,... If you know one, like FL100. **. **, the next one is automatically known. As a result, the memories M1, M2, ..., MX each become one web site.

On the other hand, the main memory 102 stores the document frame, that is, the main homepage, which is linked to all the sub-homepages having the IP address and systematically arranged the IP addresses of the sub-homepages.

The sub-servers 111, 112, 113,..., And 1XX store client homepages having IP addresses that each client can register with respect to each of the sub-servers 111, 112, 113,..., And 1XX. Not shown) to store the sub-webpage linked to each client homepage.

Therefore, it can be seen that the relationship between the main homepage and the sub homepage and the homepages of the clients is shown in FIG. 4.

4 is a diagram illustrating a relationship between a main homepage, a sub-homepage, and a client homepage registered in the floor allocation system according to an exemplary embodiment of the present invention.

As shown in Fig. 4, the main homepage Main is linked with all the sub homepages FL1, FL2, FL3, ..., FL100 so that the web client connects all the sub homepages FL1, FL2, FL3, ... with the main homepage Main. , FL100). The sub homepages FL1, FL2, FL3, ..., FL100 have IP addresses already designated. In addition, the clients may have a client home page in the corresponding sub server 111, 112, 113, and 1XX, so that each of the sub homepages FL1, FL2, FL3,..., FL100 has the same name under the client homepage PG1. , PG2, ..., PGn) can be linked to each other.

For example, a client homepage (PG1.FL1. **. **) may be produced under the sub homepage (FL1. **. **), and under the sub homepage (FL2. **. **). A client homepage (PG1.FL2. **. **) may be produced. That is, a homepage having the same name PG1 can be produced.

Here, information on the client is stored in the sub memory in the sub-servers 111, 112, 113, and 1XX, and IP address information of the sub floor memories FL1, FL2, FL3,..., FL100 in the main memory 102. And, only the characteristic information about the program and the client for membership management is stored. At this time, the homepage hypertextd in the subfloor memory becomes the client homepage having the IP address of the submemory in the floor allocation system of the present invention.

For better understanding of the above, referring to FIG. 4, when the floor allocation system according to an aspect of the present invention is one broadcasting station, the main homepage Main is a program for managing the broadcasting station floor, and the sub-homepages FL1 and FL2. , FL3, ..., FL100 may be referred to as floors, and the client home pages PG1, PG2, ..., PGn may be referred to as individual programming programs corresponding to the configuration of each floor.

An example of the configuration for the above-described embodiment is shown in FIG. 5, where the main memory 102 is connected to the main server 100, and the sub-servers 300, 400,... 500 are connected to the main server 100. Are connected.

Each of the subservers 300, 400,..., 500 is provided with sub memories 301, 401,..., 501, and web browsers 310, 320, 410, 420, 510, 520 are connected to each other.

Embodiments configured as described above are each main server 100, sub-servers 111, 112, 113, ..., 1XX, web browsers (A, B, C), main memory ( 102) It performs the same function as the sub memory.

3 to 6, a floor allocation system and a method of providing a plurality of homepages according to features of the present invention will be described in detail.

First, the registration information for the web browser is stored in the sub-memory 301, 401, ..., 501 of the floor allocation system according to the present invention.

When the client A inputs the URL of the sub-homepage through the web browser A, the web browser A transmits a URL resource request signal to the central processing unit managing the URL through the HTTP protocol. Then, the CPU receives the URL resource request signal of the sub-homepage, reads the HTML document, the file, the frames, etc. corresponding to the requested URL from the sub-memory (for example, 301), and then executes the web browser (A ) Transmits the URL resource signal of the sub homepage.

The client A may identify the sub homepage through the HTML document of the sub homepage transmitted from the central processing unit, and information such as a file and a frame. The sub homepage may include an IP address name (eg, for example) of each sub memory 301. , FL1. **. **) and supplementary information for homepage operation are displayed in a window.

Here, the process of the web client storing information about its home page in the floor allocation system of the present invention will be described with reference to FIG.

If the client A wants to register his homepage in the floor allocation system of the present invention, the client A finds an unassigned floor which has its own desired name, and the specific name of the floor ( PG1) to apply for registration (S10). The web browser of the client A transmits a URL resource request signal for the PG1 to the subserver 300. Then, the central processing unit (not shown) of the sub-server 300 receives the URL resource request signal for the PG1 through the web browser of the client A and determines the URL where the HTML document for membership registration is located. Receive the URL resource containing the HTML document for membership registration (S12) to display the member registration window on the screen, A client (A) according to the description shown in the registration window, their ID and password, their homepage IP address Enter information about your identity, your e-mail, your name and others (S14).

Then, the web browser transmits a packetized signal of the member information of the client A to the central processing unit, and the central processing unit receives the incoming packet signal to determine whether the contents of the packet signal are appropriate ( S16), only the simple information such as the homepage IP address and name among the input information of the client A is provided to the main server 100 (S18). Thereafter, the homepage is provided to the A client (S20).

However, if the homepage entry information is not appropriate, an error signal is transmitted to the web browser (S22) to reapply the homepage.

After the above process, the client A can check whether the homepage of the PG1 is registered by the information inputted by the user by clicking PG1 in the main homepage.

In addition, the registration application from the sub-server (300, 400, ..., 500) to the main server 100 can also be carried out by going through a similar process.

Meanwhile, an example for distinguishing whether the information input by the clients is the homepage or the e-mail is shown in FIG. 7.

Referring to FIG. 7, when a client who wants to send an e-mail accesses a communication through a web browser and inputs a corresponding address (S30), the subservers 300, 400, ..., 500 or the main server 100 The information on the address is determined (S32). That is, it is determined whether the input address is the homepage address or the e-mail address, and if the e-mail address is stored in the memory of the URL corresponding thereto (S34), if the homepage address is converted to the e-mail address (S36). The mail information is stored in the memory of the address through the web (S34).

For example, if the input address is inputted as school.FL1. **. **, each server (100, 300, 400,…, 500) has a "." After school "dot". Determine whether to read with "?? (at: @)".

In this case, the dot (.) Is after the name of the lowest level of the address (school in the embodiment), and is attached to the name immediately following the protocol (http, ftp, telnet, etc.). To distinguish between them.

If it is input with ?? (@), the transmitted data is stored in the memory of the homepage for the input information. When the dot (.) Is input, the input dot (.) Is converted into ?? (@) to transmit the information input to the corresponding address to be stored in the memory. As a result, there is no need to separately have a homepage address and an e-mail address in order to send an e-mail.

In the floor allocation system according to the embodiment of the present invention, it is apparent that the sub-memory is upgraded to different homepage information by registering the homepage of the client as described above.

Here, the client can check various homepage information as many floors as the main homepage at a glance, and move directly to the homepage and hypertext sub-homepage as well as the homepage on the desired floor. You can get the homepage with the name you want from other servers.

In addition, since the homepage and the e-mail address can be integrated into one name, the e-mail can be sent even if one name is entered.

As described above, in the floor allocation system of the present invention, a plurality of homepages having different contents can be viewed from one homepage, and thus the sub-homepage and the main homepage may be referred to as portal sites.

Here, the client that has registered the contents of the home page in the sub memory can cancel the registration at any time. On the contrary, as long as the sub memory allows the client, the client can freely register the contents of the home page in the sub memory.

Therefore, according to the present invention, the client can check information on a plurality of homepages having different contents at a glance, the homepage registrant can easily register the contents of his homepage, and the client can easily find and use the registered homepage. It's effective.

In addition, by searching the sub-server for the homepage of the name you want to register to check whether it is empty, it is possible to easily register the name you want.

Although the present invention has been described in detail only with respect to the described embodiments, it will be apparent to those skilled in the art that various modifications and variations are possible within the technical scope of the present invention, and such modifications and modifications are within the scope of the appended claims.

Claims (6)

A web browser capable of connecting to a client homepage capable of receiving information identifying a user and performing operations such as registration and execution of the client homepage through communication; The web browser is connected to determine whether to register or execute the client homepage, determine the registration, and transmits some of the information while storing the input information, and has a floor of the sub-homepage linked to the client homepage A subserver providing information about the same; A sub memory for storing information of the sub homepage having an independent IP address for each floor, and storing data such that all URLs and the like stored in the sub server are hypertext; A main server configured to receive and manage information provided from a plurality of sub-servers, and have a main homepage hypertexted to be linked with floors of the plurality of sub-homepages, and manage only a part of the information of the client homepage; And A main memory for storing various types of information input to the main server, a plurality of sub-homepage information, as well as data to be hypertexted with all URLs stored in the main server; Floor allocation system, characterized in that is provided. The method of claim 1, wherein the sub memory, The floor allocating system, wherein the entire memory is divided into predetermined ranges, and each divided range is allocated to store the client home page. The method of claim 1, And said client home page linked to said sub home page has information on a field requested by said sub home page. The method of claim 1, The main server, The floor allocation system, characterized in that for managing the name of the subscriber, information on a specific field, etc. for the web browser from the sub-server. Applying for registration of a client homepage that can receive information identifying a user to a subserver having a floor formed through a web browser; Providing a URL window for registering a client homepage to be displayed on a floor provided by the subserver in the web browser; Inputting member information in the URL window; Determining whether the inputted member information is appropriate for the floor; Providing brief information about the client homepage to a main server having a main homepage; And Completing the provision of the brief information and assigning a predetermined URL to the client homepage; Method for providing a plurality of homepages by the floor allocation system characterized in that the provided. Inputting an address for sending mail to a server having a floor formed through a web browser; Determining whether the input address information is a homepage or an e-mail; And If the address is a homepage, converting it to an e-mail address and executing the corresponding operation; Method for providing a plurality of homepages by the floor allocation system characterized in that the provided.