KR20010044014A - System for acc esing web page using real names and method thereof - Google Patents

Abstract

PURPOSE: A system and a method for connecting a web page using a real name are provided to connect a client to a web page by inputting a real name of the web page in Korean or any other language without using a domain name or a URL(Uniform Resource Locator) of the web page. CONSTITUTION: A real name DB(Data Base)(31) stores IP(Internet Procotol) addresses and URL information which are matched to real names of each web pages. A connection information DB(32) stores IP addresses of each client(10) connected to a real name processing server(33). The real name processing server(33) searches the real name DB (31) on the basis of inputted real name of a web page to find out corresponding IP address and supplies the IP address found to the client(10) so as to connect the client(10) to the web page. A web server(34) connects a client(10) to a corresponding web page according to the information of URL corresponding to the real names. A search engine(35) searches data of a number of servers on internet(20), collects information of a web page providing information including connection word and supplies the information on a search result page under control of the web server(34). An english domain name server(40) provides an IP address corresponding to inputted connection word to the client(10) so as the client(10) is connected to a web page having the IP address.

Description

Web page access system using real name and method thereof {SYSTEM FOR ACC ESING WEB PAGE USING REAL NAMES AND METHOD THEREOF}

The present invention relates to a system for accessing a web page using a real name and a method thereof. More specifically, in order to access a specific web page on the Internet, the web can be accessed using a real name composed of Korean or other foreign languages in addition to English. The present invention relates to a web page access system and a method for easily accessing a page.

The Internet is not just a collection of several computers, but a huge network of networks of different kinds of computers connected to each other. Each of the computers connected to the Internet has a physical address, IP address is assigned.

However, these physical addresses are made up of four groups of numbers that do not exceed 255 (for example, 134.78.238.99), so it is very difficult for users to remember these strings, and it is difficult to remember a particular computer connected to the Internet. It is very cumbersome for users to enter these IP addresses every time they want to access the network.

Therefore, in general, instead of accessing each computer by using a physical address directly, one-to-one correspondence with a combination of easy-to-remember IP addresses is provided. The method of making the connection is used. The combination of characters used in place of the IP address is called a domain name.

On the other hand, recently used webhosting service (webhosting service), that is a service that allows a person who does not have a real host computer corresponding to the domain name, but wants to register a domain name registered using their own host computer When a domain name is registered using a provider that provides a domain name, one or more domain names may correspond to the IP address.

As described above, the domain name indicates an address on the Internet of a computer connected to the Internet, and is generally composed of an identifier indicating a characteristic or geographical location of the computer. For example, "ABC.co.kr" becomes the actual domain name among the "james@ABC.co.kr" addresses of e-mails, and the URL "uniform resource location" of the IP address system " "ABC.co.kr" becomes the actual domain name among the "http://www.ABC.co.kr". In addition, for example, in "" http // www.internic.net / index.html "," internic.net "is a domain name, and" index.html "is a URL indicating an address of various information provided from a computer connected to the Internet. Is the file name containing the directory where the information is stored.

Therefore, in order to use the domain name instead of each computer's IP address, a separate device that performs the function of matching the IP address and the domain name of each computer is required. It is associated with a computer system that performs a domain name server (domain name server, also known as "DNS").

In general, when a client requests IP address resolution for a domain name of the computer, for example, "def.co.kr", to access a particular computer on the Internet, the domain name server manages the IP address. The IP address corresponding to the domain name inputted to the registrar's server is inquired, and the IP address provided from the registrar's server is returned to the client, whereby the client is connected to the computer having the corresponding IP address.

As described above, in order to connect to a particular computer on the Internet, you must know the domain name. However, in general, because the domain name is composed of a combination of English characters made according to a certain rule, the people of non-English speaking countries such as Korea, Japan, China, etc. have a disadvantage that it is difficult to memorize the domain name relatively compared to the English speaking countries.

In addition, when a directory or file name in which information is stored for accessing a specific web page is required, the directory file name for accessing a specific page may be changed according to a person operating a computer, and may be formed of a combination of English letters such as a domain name.

Therefore, it is difficult to memorize a domain name and a file name for accessing an Internet web page, and it takes a long time to input a domain name and a file name.

Therefore, the technical problem to be achieved by the present invention is a web page that allows the user to easily access the web page by using a real name that is actually called a web page to be accessed even without inputting a URL such as a domain name of a web page on the Internet. An object of the present invention is to provide a connection system and a method thereof.

In addition, another technical problem to be achieved by the present invention is a web that allows a user to easily access a specific web page by using a real name composed of Korean or other foreign languages other than English, even under a program environment that provides an existing domain name service. The present invention provides a page access system and a method thereof.

1 is a block diagram showing the structure of a web page access system using a real name according to a first embodiment of the present invention.

2A and 2B are flowcharts sequentially illustrating operations of a web page access system using a real name according to the first embodiment of the present invention.

3 is a block diagram showing the structure of a web page access system using a real name according to a second embodiment of the present invention.

4 is a flowchart sequentially illustrating an operation of a web page access system using a real name according to a second embodiment of the present invention.

5 is a block diagram showing the structure of a web page access system using a real name according to a third embodiment of the present invention.

6 is an exemplary diagram of a web page access system using a real name according to a third embodiment of the present invention.

7A and 7B are flowcharts sequentially illustrating operations of a web page access system using a real name according to a third embodiment of the present invention.

8 is a block diagram showing the structure of a web page access system using a real name according to a fourth embodiment of the present invention.

9 is a flowchart sequentially illustrating an operation of a web page access system using a real name according to a fourth embodiment of the present invention.

In order to achieve the above technical problem, a web page access system using a real name according to a feature of the present invention includes: a real name database in which IP addresses, URL information, and real names on the Internet are matched and stored; When the connection word input from the client is a real name, the real name database is searched based on the real name to find a corresponding IP address, and the IP address is provided to the client so that the client corresponds to the IP address. It includes a real name server that allows you to access web pages.

In the real name database, a plurality of real names are stored corresponding to one IP address, and one URL information is stored corresponding to each real name.

Alternatively, the web server may further include a web server for connecting the client to a corresponding web page according to the URL information corresponding to the real name, wherein the real name server has a plurality of IP addresses corresponding to the real name. If the real name of the corresponding server is provided, the client provides the IP address of the web server so that the client connects to the web server.

According to another aspect of the present invention, a web page access system using a real name comprises: a real name database in which IP addresses, URL information, and real names on the Internet are matched and stored; If the access word input from the client is a real name, the real name database is searched for a corresponding IP address, and the IP address is provided to the client so that the client accesses a web page corresponding to the IP address. A real name server; A connection database that stores an IP address of a client connected to the real name server; And a web server for connecting the client to a corresponding web page according to whether an IP address of a client to be connected is included in the connection database, wherein the real name server has a plurality of IP addresses corresponding to the real name. In case the real name of M is corresponding, the client provides the IP address of the web server so that the client connects to the web server.

In addition, a web page access system using a real name according to another aspect of the present invention includes a real name database in which IP addresses, URL information, and real names on the Internet are matched and stored; A web server for searching the real name database based on the real name to find corresponding URL information when the access word input from the client is a real name, and then connecting the client to a corresponding web page according to the URL information. And a hook module for checking a connection word input operation occurrence and providing a connection word input by connecting to the web server when the connection word input operation occurs.

In addition, a web page access system using a real name according to another aspect of the present invention includes a real name server for providing an IP address corresponding to the real name displayed in English data format; If the connection word input from the client is a real name, the connection word is encoded in an English data format and provided to the real name server, and the client provides the IP address provided from the real name server to the client to provide the IP address. It includes a local name server for accessing web pages with.

In addition, a web page access system using a real name according to another aspect of the present invention includes a real name database in which IP addresses, URL information, and real names on the Internet are matched and stored; A web server for connecting a client to be connected to a corresponding web page according to the URL information stored in the real name database; when the client inputs a real name for accessing the web page, the web server provides an IP address of the web server; It includes a real name server that allows a client to connect to the web server. The web server extracts the real name from the information of the client to be connected, searches the real name database based on the real name, finds the corresponding URL information, and then stores the client in accordance with the URL information. Connect with

Here, the real name may be a language other than English, and any device capable of accessing the communication terminal or the Internet may be used as the client.

Accordingly, the user can easily access a specific Internet web page using a real name composed of Korean or other foreign languages in addition to English when connecting to the Internet.

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

Web page access system using a real name according to an embodiment of the present invention by separately setting a real name consisting of a foreign language other than Korean or English, numbers, symbols, etc. corresponding to all Internet addresses registered on the Internet, Enable web page access using. On the other hand, the real name may be one word English.

In the following description, for convenience of description, a URL such as a domain name or a file name that has been used is called an "English domain name", and a server that provides an Internet address resolution service for an existing domain name is called an "English domain name server". For example, the strings entered at the client to access a particular web page are called "connection words". Thus, "access word" includes both "English domain name" and "real name" as a domain name. In the embodiment of the present invention, the "real name" represents, in particular, a real name such as a company name, a business name, or a service mark, but is not limited thereto. It is called the Internet address, including the IP address and URL of a particular web page on the Internet.

In addition to the world wide web (WWW), the web page access system using the real name according to an embodiment of the present invention may be applied to electronic mail, file transfer protocol (FTP), telnet, and the like.

First, a web page access system using a real name according to the first embodiment of the present invention will be described.

1 shows a structure of a web page access system using a real name according to a first embodiment of the present invention.

As shown in FIG. 1, the web page access system using the real name according to the first embodiment of the present invention allows the client 10 and the client 10 to be connected to a web page on the Internet 20. FIG. It consists of the connection device 30. In addition, it further includes an existing domain name server, that is, an English domain name server 40 that processes English domain names.

The client 10 may be at least one, and provides the access device 30 with a connection word of a web page to be accessed.

The connection device 30 is a site providing a connection brokerage service for connecting a client 10 who wants to access a specific web page on the Internet 20 to the web page using an English domain name or real name. A database 31, a connection information database 32, a real name server 33, a web server 34, and a search engine 35.

At least one real name is stored in the real name database 31 corresponding to all IP addresses on the Internet 20, and URL information is stored corresponding to each real name. For example, a real name of "netpia" is stored corresponding to an IP address of "210.103.175.66", and URL information of "netpia.net" is stored corresponding to "netpia."

In the connection information database 32, connection information of a client who requests IP address verification from the real name server 33, that is, tries to connect to a specific web page of the Internet 20 through the real name server 33, is stored. .

The real name server 33 determines whether the connection word input from the client 10 is an English domain name or a real name. When the input word is an English domain name, the real name server 33 transfers the input connection word to the English domain name server 40. If the input connection word is a real name, the corresponding IP address is provided to the client 10 based on the data stored in the real name database 32.

Since the commonly used English domain name includes ".", Such as "samsung.co.kr", in the first embodiment of the present invention, the real name server 33 includes "." In the connection word to be input. It determines whether the input connection word is an English domain name or a real name.

On the other hand, the real name server 33 is a case where the input word is not stored in the real name database 31 or a plurality of real names correspond to the IP address corresponding to the input word, that is, the IP address is In the case of not real IP, the client connection information is stored in the connection information database 32 for later processing by the web server 34.

Here, the IP address of the client 10 and the URL information corresponding to the input connection word or the input connection word are the connection information of the client. In particular, the connection information when the IP address corresponding to the input connection word is not the real IP address. Is formatted into the first form, and if the input connection word is not found in the real name database 31, the connect information is formatted into the second form and stored in the connect information database 32.

The web server 34 performs a web function that allows the client 10 to access it through the Internet 20. In the first embodiment of the present invention, the client 10, in particular, accesses through the Internet 20. Performs a function of connecting the client 10 to the web page according to whether or not the user wants to access a specific web page through the real name server 33.

The web server 34 searches the connection information database 32 based on the IP address of the client 10 to which the client 10 is connecting, and if the IP address is included in the connection information formatted in the first form, Connect the client 10 to the web page according to the URL information included in the access information.

On the other hand, when the IP address of the client 10 to be connected is included in the connection information formatted in the second form, the search engine 35 is driven to display information on the Internet 20 including the connection word of the connection information. Collect from multiple servers.

The search engine 35 retrieves data of a plurality of servers on the Internet 20 under the control of the web server 34, collects information of a web page providing information including an access word, and provides the information on a search result page.

Although a computer is used as the client 10 here, other communication devices such as a mobile communication terminal that can be connected to the Internet 20 and a TV having an Internet connection function may be used.

The operation of the web page access system using the real name according to the first embodiment of the present invention having such a structure will be described in detail.

Here, the client 10 sets up the real name server 33 of the connection device 30 as a server that provides an IP address verification service by executing an Internet connection configuration program or the like before driving the browser for accessing the Internet. . Meanwhile, the IP address value of the commonly used English domain name server 40 is backed up in advance, and then returned to the end of the Internet connection configuration program of the client 10 so that no change occurs in the basic use of the client 10. It is desirable to avoid.

2A and 2B show the operation of the web page access system using the real name according to the first embodiment of the present invention in order.

As shown in FIG. 2A, when a user inputs a connection word in a connection word input window on a browser after the user 10 runs a web browser or an e-mail program for Internet connection, the input connection word is connected to the connection device 30. ) Is provided to the real name server 33 (S100).

The real name server 33 determines whether the connection word provided from the client 10 is an English domain name or a real name (S110). For example, when the input connection word includes the identifier "." Such as "netpia.net", it is determined that the input connection word is the English domain name, and the input connection word is transferred to the English domain name server 40. Provided (S120).

Accordingly, the English domain name server 40 provides the client 10 with an IP address corresponding to the input access word so that the client 10 is connected to a web page having the corresponding IP address (S130).

On the other hand, when the connection word input in step S110 does not include the identifier ".", The real name server 33 determines that the input connection word is a real name, and based on the input connection word, real name data. The base 31 is searched to find the corresponding IP address (S140 to S150).

When the input connection word is stored in the real name database 31, it is determined whether the IP address corresponding to the connection word is real IP (S160). In the case of a real IP address, that is, when a plurality of real names do not correspond to the IP address corresponding to the input connection real name, the searched IP address is provided to the client 10 so that the client 10 may provide the corresponding IP address. The branch is connected to a web page (S170 to S180).

On the other hand, when the real name is not a real IP address, that is, when a plurality of real names correspond to the IP address corresponding to the input connection word, the real name server 33 is connected to the connection device 30 that provides the Internet connection brokerage service. The web server 34 provides the IP address to the client 10, and together with the client connection information consisting of the IP address of the client 10 and URL information corresponding to the input connection word, in a first form, a connection information database. In operation S190, it is stored in 32.

In step S150, the real name server 33 performs the IP of the web server 34 of the connection device 30 that provides the connection brokerage service even when the input connection word is not stored in the real name database 31. The address is provided to the client 10, and the client's connection information including the IP address of the client 10 and the input connection word is formatted in a second form and stored in the connection information database 32 (S210).

In the case of storing the connection information, for example, the IP address of the client requesting the connection as a file name is stored in the connection information database 32 by storing URL information or the connection word corresponding to the connection word entered in the file. In addition, a specific symbol may be stored in a file to distinguish whether the stored connection information is the connection information formatted in the first form or the connection information formatted in the second form.

As described above, when a plurality of real names correspond to the IP address corresponding to the input connection word or when the input connection word is not stored in the real name database 31, the client 10 may use the real name. The connection to the web server 34 of the connection device 30 in accordance with the IP address provided from the server 33 (S210).

Next, as shown in FIG. 2B, when the client 10 connects, the web server 34 identifies whether the client 10 was a device that the client 10 was trying to access through a real web server 33. In order to do this, it is determined whether the IP address of the connected client 10 is stored in the connection information database 32 (S220 to S230).

When the IP address of the connected client 10 is stored in the connection information database 32, it is determined whether the corresponding connection information is formatted in the first form or the second form (S240).

When the connection information of the connected client 10 is formatted in the first form, that is, when the IP address corresponding to the connection word for which the client 10 requests IP address verification is not a real IP address, the web server 34 The client 10 is connected to the corresponding web page according to the URL information included in the access information formatted in the first form (S250).

On the other hand, when the connection information of the connected client 10 is formatted in the second form, that is, when the connection word input from the client 10 is not stored in the real name database 31, the web server ( 34 operates the search engine 35 to collect information including the connection word from a plurality of servers connected to the Internet 20, and connects the client 10 to the information search result page (S260 to S270). .

For example, when the connection word included in the second type of connection information is "Netpia," information of a web page providing information including the word "Netpia" is collected from all servers on the Internet 20, Search results, such as web pages, are provided in HTML so that the user can browse them on a browser. Accordingly, when the user clicks on specific information indicating a web page to be accessed from the search results, the client 10 is connected to the web page.

On the other hand, in step S230, if the IP address of the connecting client 10 is not stored in the connection information database 32, that is, the client 10 confirms the IP address through the real name server 33. If the request is not made, the client 10 is connected to a set page, for example, the home page of the access device 30 (S290).

As described above, the web page access system using the real name according to the first embodiment of the present invention can easily access a desired web page using an existing English domain name or real name.

Next, a web page access system using a real name according to a second embodiment of the present invention will be described.

3 illustrates a structure of a web page access system using a real name according to a second embodiment of the present invention.

In the web page access system using the real name according to the second embodiment of the present invention, when the internet connection operation of the client occurs, the client is directly connected to the web server of the access device providing the connection brokerage service.

To this end, as shown in FIG. 3, the client 10 is connected to the client 10 of the web page access system using the real name according to the second embodiment of the present invention according to whether an internet connection operation occurs. A hook module 11 for connecting to 50 is included.

The hook module 11 determines, for example, whether or not the Internet connection operation of the client 10 occurs according to whether or not the "enter key" of the keyboard is operated on a web browser such as an explorer, and before entering the "enter key", The data input on the browser, that is, the connection word is converted into a specific query expression and provided to the access device 50.

The access device 50 includes a web server 51 real name database 52. In addition, a web page access system using a real name according to the second embodiment of the present invention prohibits access to a specific web page. In order to provide a, it further includes an access prohibition database 53 in which the English domain name corresponding to the specific web page is stored.

And, unlike the first embodiment, the web server 51 uses the connection word identification module 511 and the connection word for identifying whether the connection word provided from the hook module 11 of the client 10 is a real name or an English domain name. Is a real name, the access word processing module 512 retrieves the real name database 52 and connects the client 10 to the corresponding page. The web page access system using the real name according to the second embodiment may further include a search engine 54.

The operation of the web page access system using the real name according to the second embodiment of the present invention having such a structure is shown in FIG.

As shown in FIG. 4, the hook module 11 of the client 10 collects a message generated according to data input or program driving generated on the client 10 (S300), and the collected message is “enter”. Key "operation message, and when this" enter key "is entered in an Internet access program such as a web browser, the character string entered before the" enter key "occurrence is judged as a connection word, and this connection word is converted into a specific query expression. After that, the client 10 is connected to the connection device 50 (S310 to S330).

For example, if the enter key is activated after the string "Netpia" is entered in the web browser, the hook module is connected with the "URL" of the connection device 50, that is, a specific query expression consisting of "Netpia". Is formed as follows.

http://www.search.netpia.com/search.asp?keyword="Netpia "

As a result, the client 10 is connected to the connection device 50 with the keyword " Netpia. &Quot; Therefore, the client 10 is directly connected to the web server 51 of the access device 50 without going through a server that provides a separate IP address verification service.

On the other hand, when the enter key is not operated or the enter key is not operated on the Internet access program, the hook module 11 continues to perform a message collecting operation.

When a specific query expression is input from the client 10, the connection word identification module 511 of the web server 51 of the connection device 50 determines whether or not the connection word, which is a keyword included in the specific query expression, includes ".". It is determined whether it is an English domain name or a real name (S340).

If the connection word does not contain ".", It is determined that the connection word is a real name, and then the connection word processing module 512 searches the real name database 52 and the input connection word is the real name database 52. Check whether it is stored in (S350).

If the inputted connection word is stored in the real name database 52, the connection word processing module 512 connects the client 10 to the web page according to the URL information corresponding to the connection word (S360 to S370).

However, if the inputted connection word is not stored in the real name database 52, the connection word processing module 512 drives the search engine 54 to include the connection word on the Internet as in the first embodiment described above. After collecting the information of the web page providing the information and connects the client 10 to the search results page (S380 ~ S400).

On the other hand, in step S340, when the input connection word includes ".", It is determined that the connection word is an English domain name, and then the connection word processing module 512 searches the connection prohibition database 53. It is determined whether the input connection word corresponds to the English domain name of the web page forbidden access (S410).

If the entered connection word is an English domain name of a web page (for example, a lewd web page, etc.) that is prohibited from accessing, a specific page set by itself is not connected to the web page corresponding to the input connection word. For example, the web page access warning message providing page) (S420). However, if the access word is not the English domain name of the web page of which access is prohibited, the client 10 is connected to the web page corresponding to the access word (S430).

As described above, in the web page access system using the real name according to the second embodiment of the present invention, when an internet access operation, that is, an input word input operation, occurs in the client, the client is directly connected to the access device, and the English domain name in the access device itself. And as the web page access using the real name is made, the access to the web page is made more quickly.

In addition, since it is possible to prevent access to a specific web page, it is possible to effectively prevent children or adolescents from accessing the obscene web page.

Next, a web page access system using a real name according to a third embodiment of the present invention will be described.

In the first and second embodiments described above, a separate real name server for processing a real name, not a commonly used English domain name, should be installed. However, in the URL information of the present invention, an IP corresponding to an existing English domain name is provided. Programs that provide a name service that translates addresses into addresses, for example "BIND", can be used to translate real names into IP addresses. For this purpose, the real name is encoded in English data format and processed.

In addition, in the web page access system using the real name according to the URL information of the present invention, the real name is classified and processed in order to improve the efficiency of real name management.

5 shows a structure of a web page access system using a real name according to a third embodiment of the present invention, and FIG. 6 shows an embodiment.

As shown in FIG. 5, the access device 60 of the web page access system using the real name according to the third embodiment of the present invention is different from the first embodiment in that the access word input from the client 10 is written in English. A hierarchical real name server 62 that includes a local name server 61 encoding to conform to the name format and provides an IP address corresponding to a real name in a hierarchical structure including a "." It includes a single real name server 63 providing an IP address corresponding to a real name that does not include a, and an English domain name server 64 providing an IP address corresponding to an English domain name. The hierarchical real name server 62 and the single real name server 63 perform IP address resolution services using the BIND program used for existing English domain name processing. Here, a case where the English domain server 64 is included in the access device 60 will be described as an example. However, the English domain server 64 may not be included in the access device 60.

In the following description, a real name divided by layers by ".", For example, "Netpia.Company", is a real name having one or more keywords as a hierarchical real name, and a real name that does not include "." A real name with one keyword, such as "Netpia," is called "single real name."

The hierarchical real name server 62 processes the hierarchical real name step by step to provide the IP address of the corresponding web page. It consists of second-level name servers 622 to n-th name server 62n, n = 2, 3.… which are sequentially connected, and name servers 622 to 62n of steps other than the root name server 621. ) Is at least one. Meanwhile, the single real name server 63 may include at least one root name server so that real name management can be performed quickly.

For example, hierarchical real name server 62 is connected to a second-level name server named "company", "school" and "institution" under the root name server "Korea" as shown in FIG. A third stage server named "Samsung" or "Daewoo" is connected under a second stage name server named "Company", and "products", "semiconductor", "electronic" And the fourth stage name server may be connected to form a hierarchical structure consisting of four stages.

Each name server 621-62n and a single real name server 63 of the hierarchical real name server 62 perform an function of providing an IP address corresponding to an encoded hierarchical real name or a single real name. Contains the name database.

The English domain name server 64 performs a function of providing an IP address corresponding to the English domain name, and may have a hierarchical structure such as the hierarchical real name server 62.

The operation of the web page access system using the real name according to the third embodiment of the present invention having such a structure is sequentially shown in FIGS. 7A and 7B.

As shown in FIG. 7A, when a connection word is input from the client 10, the local name server 61 of the connection device 60 determines whether the input connection word is an English domain name or a real name (S500 to S). S510).

Generally, data such as language and numbers are expressed in 8-bit format. In English, the most significant bit of the 8 bits is indicated as "0". For languages or numbers other than English, the most significant bit is "1". Is displayed.

Therefore, in the third embodiment of the present invention, the local name server 61 has the English domain name inputted according to whether the most significant bit of the 8 bits representing the connection word input from the client 10 is "0" or "1". Whether it is a real name or a real name.

If the most significant bit of the 8 bits is "0", the local name server 61 determines that the input connection word is the English domain name, and provides the input connection word to the English domain name server 64 (S520). The English domain name server 64 provides an IP address corresponding to the input English domain name to the local name server 61. The local name server 61 provides the client 10 with an IP address input from the English domain name server 64 to access the web page.

However, when the most significant bit of the 8 bits is "1", it is determined that the input connection word is a real name, and the input connection word is encoded into an English data format that can be processed by a program providing a name service such as BIND ( S530).

The connection word that can be processed in the existing English domain name BIND can be processed only in English (AZ, az), numbers (0-9) or hi-phone (-). In the case of a real name formed, a binary number representing the real name is converted into a hexadecimal number, and each hexadecimal number is regarded as one character and processed. However, the method of encoding the real name in the English domain name format is not limited to that described above.

For example, in English, 1 character is represented by 1 byte, while Korean is represented by 2 bytes, English is represented between ASCII values "0x0000" through "0x007F", and Korean is represented by "0xA180" through "0xFEFF. Is displayed between. Meanwhile, hexadecimal equivalents of binary numbers are shown in Table 1 below.

Bin Hex Bin Hex 0000 0 1000 8 0001 2 1001 9 0010 3 1010 A 0100 4 1011 B 0101 5 1100 C 0110 6 1110 D 0111 7 1111 F

In the case where a 4-bit binary number is expressed in hexadecimal as in Table 1 above, for example, when the input connection word is "Netpia", the locale name server 61 encodes "Netpia" as follows. do.

According to the provisions of KSC-5601, when "net" is displayed as "1011001111011101", "P" is displayed as "1100011111000111", and "A" is displayed as "1011111011000110", the local name server 61 reads two bytes. After dividing by 4 bits, convert "net" into "0xB3DD" according to Table 1, convert "pi" into "0xC7C7", and convert "a" into "0xBEC6". Thus "Netpia" can be encoded as "B3DDC7C7BEC6". Each hexadecimal number "B", "3", "D", etc. is treated as one character, and accordingly, B3DD is represented by 4 bytes. According to such an encoding operation, the "Netpia" is converted into an English data format in which the most significant bit is displayed as "0", and can be processed by a program such as BIND that processes only data displayed in the existing English data format.

The local name server 61 provides the encoded connection word to the real name server 62 or a single real name server 63 to be processed.

On the other hand, in the case where the input connection word is a hierarchical real name including ".", The local name server 61 encodes each connection word as described above and then provides the hierarchical real name server 62 with the input. If the connected connection word is a single real name, the input connection word is encoded as described above and then provided to the single real name server 63 (S540).

The single real name server 63 finds an IP address corresponding to a single real name and provides it to the local name server 61 when a single real name, which is an encoded access word from the local name server 61, is provided. 61 provides an IP address to the client 10 to be connected to the web page (S550 to S560).

Meanwhile, the hierarchical real name server 62 searches for an IP address for the hierarchical real name sequentially from the root name server 621 when the hierarchical real name is provided as an encoded access word. First, the local name server 61 provides the encoded hierarchical real name to the root name server 621 (S570), and the root name server 621 responds to connect to the second stage name server as the next stage name server. Is sent to the local name server 61 (S580). Accordingly, the local name server 61 provides the encoded hierarchical real name to the second-level name server 622 again (S590), and the second-level name server 622 may process the encoded hierarchical real name. When the IP address for the name can be provided, the corresponding IP address is provided to the local name server 61 (S600 ˜ S610). Accordingly, the local name server 61 provides the input IP address to the client 10. Provided (S620).

On the contrary, when the IP address for the encoded hierarchical real name cannot be provided, the second stage name server 622 sends a response message to the local name server 61 to connect to the next stage name server (S630). . The local name server 61 continues to provide the encoded hierarchical real name to the real name server 62 until an IP address is provided from the name server in the stage of providing the hierarchical real name, Each step name server sends a response message requesting the next step name server access depending on whether or not processing, or provides an IP address corresponding to the hierarchical real name to the local name server 61 (S640 to S660).

For example, when the hierarchical real name "E.Samsung.Company" is inputted as shown in FIG. 6, the root name server sends a response message to refer to the "company name server" that is the second-level name server. It sends to the server, so the local name server provides "E.Samsung.Company" as the company name server. Since the company name server does not have an IP address corresponding to "E.Samsung.Company", it sends a response message to the local name server to refer to the third-level name server, "Samsung.Company name server." Samsung Electronics provides "electronic Samsung company" as a company name server. Samsung's company name server "E.Samsung.Company name server" searches its own database to find the IP address corresponding to "E.Samsung.Company" and provides it as a local name server. Provide to the client to connect to "E.Samsung.Company".

As described above, the third embodiment of the present invention can easily process real names even under a program that processes English domain names, thereby reducing costs and time associated with program changes.

In addition to a single real name consisting of one keyword, hierarchical real names consisting of one or more keywords can be processed, thereby reducing the load imposed on the server when processing a connection word, thereby making searching faster and more accurate.

Next, a web page access system using a real name according to a fourth embodiment of the present invention will be described.

8 illustrates the structure of a web page access system using a real name according to a fourth embodiment of the present invention.

The structure of the web page access system using the real name according to the fourth embodiment of the present invention is the same as that of the first embodiment, and unlike the first embodiment, the web page access system does not include a connection information database. If the input connection word 71 is a real name, the web server 72 processes it without processing it.

In the fourth embodiment of the present invention, the web server 72 extracts a connection word extracting module 721 for extracting a connection word for which IP address verification is requested to the real name server 71 from the information of the client 10 to connect to, and extraction. The real name processing module 722 searches the real name database 73 based on the connected connection word and finds URL information corresponding to an Internet address. In addition, the web page access system using the real name according to the fourth embodiment of the present invention may further include a search engine 74.

9 illustrates the operation of the web page access system using the real name according to the fourth embodiment of the present invention in order.

As shown in FIG. 9, when a connection word is input from the client 10, the real name server 71 of the connection device 70 determines whether the input connection word is an English domain name or a real name (S700). . Here, as in the first embodiment, it is determined whether the connection word is an English domain name or a real name, depending on whether the most significant 8-bit bit representing the connection word is "0" or "1".

If the entered connection word is the English domain name, the real name server 71 provides the entered connection word to the English domain name server 40, and the English domain name server 40 searches for an IP address corresponding to the input connection word and re-enters the real name. Provided to the name server 71 (S720 to S730).

The real name server 71 provides the client 10 with an IP address provided from the English domain name server 40, and thus the client 10 accesses a web page having the corresponding IP address (S740 to S750). .

On the other hand, if the access word input from the client 10 is a real name in step S710, as in the first embodiment, the real name server 71 searches the real name database 73 to obtain a corresponding IP address. Instead, the IP address of the web server 72 of the connection device 70 is provided to the client 10 so as to connect to the web server 72 (S760).

The client 10 connects to the web server 72 of the access point 70 according to the IP address provided from the real name server 71. At this time, the client 10 connects to the connection word that has requested the IP address verification. It connects to the web server 72 with the information including the IP address (S770).

The connection word extraction module 721 of the web server 72 extracts the connection word information that has requested IP address verification from the information of the client 10 to access (S780), and then, based on the extracted connection word, the real name database 73 Search for (S790).

When the extracted connection word is stored in the real name database 73, the client 10 is connected to the web page according to the URL information corresponding to the connection word (S800 to S810).

On the other hand, when the extracted connection word is not stored in the real name database 73, as in the first embodiment, the web server 72 drives the search engine 74 and is connected to the Internet 20. Information of a web page providing information including a corresponding access word is collected from a plurality of servers and provided to the client 10 (S820).

In this way, by extracting and using a connection word for requesting IP address verification from the information of the client to be connected, a separate database for storing the client connection information is not required, and the client can be quickly connected to the corresponding web page.

Meanwhile, in the above-described embodiments, only the case where the real name server processes the hierarchical real name in a web page system that encodes and processes the real name in the English data format is described. However, the present invention is not limited thereto. The method of determining whether the name is a real name or an English name can be determined according to the most significant bit value as in the third embodiment, for example, so that each real name server can also process hierarchical real names. In addition, the search engine in the above-described embodiment may be included in the web server.

As described above, the web page access system according to the embodiment of the present invention, in addition to allowing a web page corresponding to the case of inputting a real name in a URL (ie, an e-mail address input window) in a browser (including e-mail), If a real name is input to a search term input window for a search service, not an internet address input window, the corresponding web page can be accessed.

For example, in the above-described web page system, when a client connects to the web server of the access device, the web server provides a search term input window for accessing the web page, and accordingly, if a real name is entered in the search term input window, Based on this real name, the server can search the real name database to find the corresponding URL information, and then direct the client to a web page with that Internet address.

Therefore, even when providing a search service, it is possible not only to provide information of a web page including the corresponding information, but also to connect the client to a corresponding web page without a separate click or URL input operation of the client.

This invention is capable of various modifications and implementations without departing from the scope of the following claims.

As described above, the web page access system according to the embodiment of the present invention can access a web page using a real name in addition to a URL such as a domain name, which is made in English, so that users need to memorize a connection word of a specific web page. There is no.

In addition, even in a program environment such as BIND that provides a name service in the existing domain name server, it is possible to access a web page using real names.

In addition, even if there is no URL information about the connection word input by the client, the user can access the desired web page more easily and quickly by providing the information of the web page that provides a plurality of information related to the connection word from many sites on the Internet. have.

In addition, as the real names are classified and processed for each layer, real name processing can be performed more efficiently and quickly by reducing the load on the server that processes the real names.

Claims (14)

In a web page access system that connects a client to a particular web page on the internet, A real name database in which IP addresses, URL information, and real names on the Internet are matched with each other and stored; When the connection word input from the client is a real name, the real name database is searched based on the real name to find a corresponding IP address, and the IP address is provided to the client so that the client corresponds to the IP address. Real name server to connect to web pages Web page access system comprising a. The method of claim 1, And a plurality of real names corresponding to one IP address, and one URL information corresponding to each real name in the real name database. The method of claim 2, And a web server for connecting the client to a corresponding web page according to the URL information corresponding to the real name. And the real name server provides an IP address of the web server to the client when a plurality of real names correspond to an IP address corresponding to the real name. In a web page access system that connects a client to a particular web page on the internet, A real name database in which IP addresses, URL information, and real names on the Internet are matched with each other and stored; If the access word input from the client is a real name, the real name database is searched for a corresponding IP address, and the IP address is provided to the client so that the client accesses a web page corresponding to the IP address. A real name server; A connection database that stores an IP address of a client connected to the real name server; And A web server that connects the client to the web page according to whether or not the IP address of the connecting client is included in the access database. Including, When the real name server has a plurality of real names corresponding to the IP address corresponding to the real name, the real name server provides an IP address of the web server to the client so that the client accesses the web server. system. The method of claim 4, wherein The real name server provides an IP address of the web server to the client when a plurality of real names correspond to an IP address corresponding to the real name, and corresponds to the IP address of the client and the real name. Store access information including URL information in a first form in the access information database, The web server connects the client to the web page according to the URL information included in the access information when the IP address of the accessing client is included in the access information stored in the access information database in the first form. Web page access system. The method of claim 4, wherein The real name server provides an IP address of the web server to the client when the real name is not stored in the real name database, and access information including the IP address of the client and the real name. In the second form in the access information database, If the IP address of the client is included in the access information stored in the access information database in the second form, information including the real name included in the access information is retrieved and collected from a plurality of web pages on the Internet. Web page access system further comprising a search engine. In a web page access system that connects a client to a particular web page on the Internet, A real name database in which IP addresses, URL information, and real names on the Internet are matched with each other and stored; When the access word input from the client is a real name, the web server searches the real name database based on the real name to find corresponding URL information, and then connects the client to a corresponding web page according to the URL information. Including, And a hook module for checking a connection word input operation and connecting to the web server to provide an input connection word when the connection word input operation occurs. The method of claim 7, wherein It further includes an access inhibiting database that stores English domain names for a plurality of web pages that prohibit access. And the web server prohibits access to a web page corresponding to the access word when the access word input from the client is an English domain name and is stored in the access prohibition database. In a web page access system that connects a client to a particular web page on the Internet, A real name server providing an IP address corresponding to a real name displayed in an English data format; If the connection word input from the client is a real name, the connection word is encoded in an English data format and provided to the real name server, and the client provides the IP address provided from the real name server to the client to provide the IP address. Local name server to access web pages with Web page access system comprising a. The method of claim 9, The real name server may include: a hierarchical real name server configured to process an access word composed of one or more keywords to provide a corresponding Internet address; And a single real name server for processing a connection word consisting of a single keyword and providing a corresponding Internet address. The method of claim 10, The hierarchical real name consists of a connection word made up of one or more keywords classified by ". &Quot;, and when a keyword located on the rightmost side of the connection word is named a top-level domain, The hierarchical real name server sequentially processes the top-level domain to provide a corresponding IP address to the local name server. In a web page access system that connects a client to a particular web page on the internet, A real name database in which IP addresses, URL information, and real names on the Internet are matched with each other and stored; A web server for connecting a client to access a corresponding web page according to URL information stored in the real name database; When the client inputs the real name for accessing the web page, the real name server provides the IP address of the web server so that the client connects to the web server. Including, The web server extracts the real name from the information of the connecting client, searches the real name database based on the real name, finds the corresponding URL information, and then directs the client to the web page according to the URL information. Web page access system to connect. The method according to claim 1, wherein The real name is a web page access system consisting of a language other than English. The method according to claim 1, wherein And "." Is included in the connection word input from the client and is determined as an English domain name, and is determined as a real name if the connection word is not included in the connection word.