KR100732972B1 - System for accessing web page and method thereof - Google Patents

Abstract

The present invention discloses a web page access system and method thereof.

The method according to the present invention is a web page access method for connecting a client to a specific web page on a network, the method comprising: a) when a keyword inputted from the client is a set word converted from a local language, Providing to the client to allow the client to connect to a native language processing server; b) if the keyword input from the client is a set word, processing the set word, converting the set language into a corresponding national language, and redirecting the set language to the client; c) the national language processing server, if the keyword input from the client is a native language, providing the client with a network address corresponding to the native language so that the client accesses a web page corresponding to the network address. The client then connects to the name server based on the redirected native language and reconnects to the native language processing server again.

According to the present invention, even when the client accesses the web page using the native language, the native language is displayed in the input window as it is, so that the user can easily check the keyword input by the user.

Internet, webpage access, national language

Description

Web page access system and its method {SYSTEM FOR ACCESSING WEB PAGE AND METHOD THEREOF}

1 is a block diagram showing the structure of a web page access system according to an embodiment of the present invention.

2A and 2B are flowcharts sequentially illustrating operations of a web page access system according to an exemplary embodiment of the present invention.

The present invention relates to a web page access system and a method thereof, and more particularly, to a web page access system and a method for allowing access to a corresponding web page on a network in a native language.

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, a 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.

Recently, a system for connecting a client to a web page using a domain name composed of a native language of a corresponding country in English or a non-English language has been developed. Even if a web page is inputted with a native language that is actually called, a service for connecting a client to the web page is provided.

However, in the conventional web page system using the national language, since the national language input by the user is converted to a specific value and displayed in the input window, it is difficult to confirm whether the national language input by the user is normally queried by the keyword displayed in the input window. .

Therefore, the technical problem to be achieved by the present invention is that when a user accesses a web page using a local language, the user inputs a connection word to be displayed on an input window, thereby easily checking whether the user has normally made a query to the web page. To make sure that

Here, the web page represents a server that provides all network-based services such as e-mail, file transfer protocol (FTP), telnet, etc. in addition to the world wide web (WWW).

In order to achieve the above technical problem, a web page access system according to an aspect of the present invention is a web page access system for connecting a client to a specific web page on a network, the database server storing a network address and a national language matched with each other; If the keyword input from the client is a native language, the network address corresponding to the native language is received from the database server and provided to the client so that the client is connected to the web page, and the keyword input from the client is a native language. A national language processing server converting the set language into a corresponding national language and redirecting the set language to the client when the converted language is converted; And a name server for providing the network address of the native language processing server to the client when the keyword input from the client is a set word or a native language, so that the client connects to the native language processing server. On the basis of the national language redirected from the processing server, the server accesses the name server again and receives the network address of the national language processing server.

Here, the client converts the input native language into a specific URL which is a set word, provides the name server to the name server, and then accesses the native language processing server according to the IP address input from the name server. That is, when the input keyword does not have ".", The client determines that the keyword is a native language, converts the native language to a set URL, and then accesses the name server based on the URL to query a network address. do.

On the other hand, the national language processing server, the query analysis unit for analyzing whether the keyword input from the client is the national language or the set word; A redirection processing unit for converting the set language into an original native language and redirecting the converted native language to the client when the keyword is a set language; In the case where the keyword is a native language, it includes a connection processing unit that receives an address corresponding to the native language from the database server and provides the address to the client.

Web page access method according to another aspect of the present invention, a web page access method for connecting a client to a specific web page on the network, a) if the keyword input from the client is a set language converted from the native language, the name server Providing a network address of a processing server to the client so that the client connects to a native language processing server; b) if the keyword input from the client is a set word, processing the set word, converting the set language into a corresponding national language, and redirecting the set language to the client; c) the national language processing server, if the keyword input from the client is a native language, providing the client with a network address corresponding to the native language so that the client accesses a web page corresponding to the network address. The client then connects to the name server based on the redirected native language and reconnects to the native language processing server again.

In the method of accessing a web page having such a feature, when the keyword inputted by the client does not include ".", The keyword is determined to be a native language, and the native language is converted into a set URL. The method may further include accessing a server and querying a network address.

On the other hand, step c), if two or more IP addresses corresponding to the national language, connecting the client to a web page corresponding to the URL information corresponding to the national language; And when the IP address corresponds to the local language, providing the IP address to the client so that the client accesses a web page corresponding to the IP address.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. As those skilled in the art would realize, the described embodiments may be modified in various different ways, all without departing from the spirit or scope of the present invention.

Web page access system according to an embodiment of the present invention in response to all network addresses registered on the Internet, separately set the national language consisting of foreign languages other than Korean, English, English, numbers, symbols, etc. Make the connection available.

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 network address resolution service for an existing domain name is called an "English domain name server" For example, strings entered at the client to access a particular web page are named "keywords". Thus, "keyword" includes both "English domain name" and "national language" as a domain name. In addition, in the embodiment of the present invention, “native language” may represent a real name such as a company name, a business name, or a service mark, but is not limited thereto. It is called a network address, including the IP address and URL of a particular web page on the Internet.

The web page access system according to the present invention provides a method in which a keyword (native language) input in an input window such as an Internet access program, for example, an Internet Explorer, remains intact when a web page is accessed using a native language. do.

1 illustrates a structure of a webpage access system according to an exemplary embodiment of the present invention.

As shown in FIG. 1, a webpage access system (hereinafter referred to as an access system) 10 according to an embodiment of the present invention is connected to a plurality of clients 1 to 1n through a network 3. A name server 2, a national language processing server 4, and a database server 5.

As the client 1, a communication device capable of connecting to a connection system via a network 3 may be used. For example, a communication device such as a computer, a wireless communication terminal, or a TV capable of accessing the Internet may be used. The client 1 may be connected to an access system on the network 3 through an Internet service provider (ISP). In this case, a keyword for accessing a specific web page is provided to the ISP.

On the other hand, the name server 2 provides the IP of the native language processing server 4 to the client connecting by using a keyword composed of the native language so that the web page is connected through the native language processing server. The name server may be formed by being included in an ISP that connects the client 1 to the network 3, or may be a name server generated separately.

The national language processing server 4 provides the network address of the web page to the client who wants to access a predetermined web page using the national language, and in addition, the web which allows the client 1 to access through the network 3. Perform the function.

In order to perform such a function, the national language processing server 4 analyzes a query provided from a client to access the query analysis unit 41 and determines whether a keyword included in the query is a national language or a set word. When the result keyword is a set word, the redirect word processing unit 43 converts the set word into a corresponding keyword and provides the client with a redirect response. And a connection processor 42 which receives a network address corresponding to a native language and provides the client 1 to access the web page. Here, the set word is a specific keyword converted from a national language inputted into an input window on a network access program executed by a client, and may be, for example, a specific URL. The configuration of the national language processing server is not limited to the above classification, and the query analyzing unit, the redirect processing unit, the connection processing unit, and the like may be implemented as an independent server.

The database server 5 stores at least one national language corresponding to all IP addresses on the network. In addition, URL information is stored corresponding to each national language. For example, a native language 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."

On the other hand, when one or more other national languages correspond to the IP address corresponding to the keyword, that is, when the corresponding IP address is not real IP, the connection processing unit 42 selects the client 1 according to the URL information corresponding to the keyword. Link to the web page.

Next, the operation of the web page access system according to an embodiment of the present invention having such a structure will be described in detail.

According to an embodiment of the present invention, a case where the name server 2 is set as a server for providing an IP address verification service by executing an Internet connection environment setting program or the like before the client 1 runs a browser for accessing the Internet. This will be described as an example. In this case, back up the IP address value of the commonly used English domain name server in advance and return to the end of the Internet connection configuration program of the client 1 so that no change in the basic use of the client 1 occurs. It is desirable to.

2A and 2B illustrate an operation of a webpage access system according to an embodiment of the present invention in order.

As shown in FIG. 2A, when a user starts a web browser (a general web browser such as Internet Explorer, Netscape, etc.) for Internet access in the client 1, inputs a keyword in a connection word input window on the browser. The keyword is provided to the name server 2 (S100).

At this time, when a keyword without ".", Which is an identifying symbol used for a general English domain name, is entered in the input window of the web browser, the web browser converts the input value to a value that is set forcibly. For example, if the keyword "blue house" is entered, the web browser, for example, Internet Explorer converts the URL to the URL set as follows.

http://auto.search.msn.com/response.asp?MT=%EC%B2%AD%EC%99%80%EB%8C%80&srch=5&prov=&utf8

Therefore, the name server 2 is queried not for the keyword "blue house" input by the user, but for "auto.search.msn.com" which is a value converted and set.

The name server 2 sends the native language processing server 4 to the client 1 when the keyword queried from the client 1 is a specific URL (setting word) converted by the user, as described above. It provides the IP value of (S110). On the other hand, in this case, the name server 2 functions as an English domain name server when the query query from the client is an English domain name, or provides an IP of a separate English domain name server to the client to access the web page. The connection process using such an existing English domain name is made according to a conventionally known technique, and thus detailed description thereof is omitted here.

On the other hand, the client 1 connects to the native language processing server 4 based on the IP provided from the name server 2, and at this time, the specific URL forcibly converted by the web browser is queried (S120).

The national language processing server 4 analyzes the input query, that is, the query, and performs the web page connection process of the client accordingly.

Specifically, the query analyzing unit 41 of the native language processing server 4 analyzes the input query and determines whether the input query is a specific URL converted from a native language by a web browser or the native language input by the original user. . When the query is a specific URL, the query analyzing unit 41 provides the query to the redirect processing unit 43.

The redirect processing unit 43 analyzes the input query word and converts it into a keyword that is a value before conversion. That is, it analyzes "auto.search.msn.com" and converts it into "Cheong Wa Dae" which is a native language input by the original user (S130 to S150). Next, a redirect response is performed while providing the original keyword obtained by the conversion, that is, the national language host name, to the client (S170).

Since the client 1 does not know the network address corresponding to the host name provided from the redirect processing unit 43 of the national language processing server 4, as shown in FIG. 2B, the name server 2 is again based on the host name. Attempt to connect to the server, and at this time, attempt to connect to the host name provided, that is, in the native language. For example, instead of the specific URL in the above step (S100) is connected to "http: // blue house". Therefore, "http: // blue house" is displayed in the input window of the web browser of the client 1, not "http: //auto.search.msn.com~" illustrated above (S190).

The name server 2 provides the IP address of the native language processing server to the client 1 even when the query provided from the client is a native language, and the client 1 connects to the native language processing server 4 again (S200 to S230). ).

The query analyzer 41 of the native language processing server 4 provides the query to the connection processor 42 when the query included in the query is not a specific URL but a national language input by the user. The connection processor 42 requests a corresponding network address while providing an input query word, that is, a national language, to the database server 5, and the database server 5 searches for a network address corresponding to the national language by searching based on the input national language. It is provided to the connection process part 42 (S240-S260).

If the IP address corresponding to the local language is a real IP, the connection processor 42 provides the IP address to the client 1 so that the client 1 is connected to a web page corresponding to the keyword.

On the other hand, when the IP address corresponding to the native language is not real IP, that is, at least one other national language corresponds to the IP address corresponding to the keyword, the client 1 is connected to a web page corresponding to the URL information. (S270 to S280).

According to the exemplary embodiment of the present invention, even when the client inputs the national language instead of the English domain name in the input window of the web browser, the input local language is displayed as it is, not the specific URL that cannot identify the national language input in the input window. The user can easily identify the keyword input by the user.

In the above-described embodiment, the name server is a name server of an ISP that provides a network access function as an example. Alternatively, the name server may be a name server of another ISP, or a name server of a web page access system. It may be.

The webpage access system according to an embodiment of the present invention can be applied to e-mail, file transfer protocol (FTP), telnet, etc., which are serviced through a network, in addition to the world wide web (WWW).

While the embodiments of the present invention have been described above, the present invention is not limited only to the above embodiments, and various modifications and changes are possible.

For example, a network line service system for connecting a client to a network is not limited to the above ISP, but can be used for any system that operates in conjunction with a connection system as described above by constructing a name server.

As described above, according to the web page access system according to an embodiment of the present invention, even when the client accesses a web page using a native language, the native language is displayed in the input window as it is, so that the user can easily input a keyword inputted by the user. You can check it.

Claims (7)

delete In a web page access system that connects a client to a particular web page on a network, A database server in which a network address and a national language are matched with each other and stored; If the keyword input from the client is a native language, the network address corresponding to the native language is received from the database server and provided to the client so that the client is connected to the web page, and the keyword input from the client is a native language. A national language processing server converting the set language into a corresponding national language and redirecting the set language to the client when the converted language is converted; And A name server for providing the network address of the native language processing server to the client when the keyword input from the client is a set word or a native language, so that the client connects to the native language processing server Including, When the keyword input from the input window of the web browser is a native language, the client converts the native language into a specific URL and provides the name server, and then accesses the native language processing server according to the IP address input from the name server. , And, when there is a native language redirected from the native language processing server, accesses a name server based on the native language and receives a network address of the native language processing server. The method of claim 2 The client determines that the keyword is a native language when the keyword input from the input window of the web browser does not have ".", Converts the native language into a specific URL, and then accesses the name server based on the URL. Web page access system to query the network address. In a web page access system that connects a client to a particular web page on a network, A database server in which a network address and a national language are matched with each other and stored; A query analyzer which analyzes whether the keyword input from the client is a native language or a set language converted from a native language, and converts the set language into an original native language when the keyword is a set language and redirects the converted native language to the client A native language processing server including a redirecting processor configured to receive a network address corresponding to the native language from the database server and provide the client to the client when the keyword is a native language; And A name server for providing the network address of the native language processing server to the client when the keyword input from the client is a set word or a native language, so that the client connects to the native language processing server Including, And the client is provided with a network address of the native language processing server by connecting to a name server again based on the native language when there is a native language redirected from the native language processing server. In a web page access method of a system including a name server and a national language server, the client to connect to a specific web page on the network, a) the name server providing a network address of a native language processing server to the client when the keyword input from the client is a native language or a set language converted from the native language, so that the client accesses the native language processing server; b) if the keyword input from the client is a set word, processing the set word, converting the set language into a corresponding national language, and redirecting the set language to the client; c) the national language processing server, when the keyword input from the client is a national language, providing the client with a network address corresponding to the national language so that the client accesses a web page corresponding to the network address. Including, And the client accesses the name server based on the native language, receives a network address of the native language processing server, and reconnects to the native language processing server when there is a native language redirected from the native language processing server. The method of claim 5, d) If the client does not have a "." in the keyword input from the input window of the web browser, the client determines that the keyword is a native language, converts the native language into a set URL, and then to the name server based on the URL. A method of accessing a web page further comprising the step of accessing and querying a network address. The method of claim 5, C), Connecting the client to a web page corresponding to the URL information corresponding to the native language when two or more IP addresses correspond to the native language; And If one IP address corresponds to the native language, providing the IP address to the client so that the client accesses a web page corresponding to the IP address. Web page access method comprising a.

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