KR20010044033A - System for accesing web page using many languages and method thereof - Google Patents

Abstract

PURPOSE: A method and a system for accessing a web page using multi-language are provided to enable a client to access a web page accurately and promptly by processing domain names with client's own language. CONSTITUTION: A real name server(11) judges whether an access language inputted from a client(30) is an English domain name or a real name, and supplies the client(30) with an IP(internet protocol) address of a discrimination server(12) in case the inputted access language is a real name, and supplies the client(30) with an IP address of an English domain name server(40) in case of an English domain name. In case the access language inputted from the client(30) is a real name, the discrimination server(12) discriminates in which national language the real name is and supplies a correspondent connection server(13) with the access language inputted from the client(30) according to the result of discrimination.

Description

Multilingual web page access system and its method {SYSTEM FOR ACCESING WEB PAGE USING MANY LANGUAGES AND METHOD THEREOF}

The present invention relates to a web page access system and a method using a multi-language. More specifically, in order to access a specific web page on the Internet, a web page using a domain name composed of Korean or other foreign languages besides English can be used. The present invention relates to a web page access system and a method for easily accessing the same.

The Internet is not just a collection of computers, but a huge network of networks of different kinds of computers connected to each other, and each computer 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 the physical address directly, it has a one-to-one correspondence with a combination of easy-to-remember IP addresses, and automatically connects to the computer with the corresponding IP address when the user enters the string. The method used is preferably 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". And URLs representing addresses of various information provided to computers connected to the Internet. For example, in "" http // www.internic.net / index.html "," internic.net "becomes a domain name, and" index.html " 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.

Accordingly, in order to make the Internet convenient for the citizens of non-English speaking countries, there have been studies on how to access web pages using domain names in their own languages, but it is not easy to distinguish non-English speaking languages. have.

In more detail, each language is coded according to each country's standard, but since the same code is used for each standard, the existing domain name server is based on which standard non-English languages are coded based on which country. It could not be determined.

Therefore, the technical problem to be achieved by the present invention is to easily access the web page using a domain name in a local language in which the web page to be accessed is actually called, even without inputting a URL such as a domain name of a web page on the Internet. The present invention provides a web page access system and a method thereof.

In addition, an object of the present invention is to determine the language of a domain name in a language other than English, and a web page access system and method for processing a domain name in a server that processes the language according to the determination result. It is to provide.

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

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

2A and 2B are flowcharts sequentially illustrating operations of a web page accessing system using multiple languages according to the first embodiment of the present invention.

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

4A and 4B are flowcharts sequentially illustrating operations of a web page access system using multiple languages according to a second embodiment of the present invention.

In order to achieve such a technical problem, a multilingual web page access system according to a feature of the present invention, in order to connect a client to a specific web page on the Internet, a real name consisting of URL information on the Internet and a language of a set country are mutually different. If the matched and stored real name database and the access word applied from the client are real names, the real name database is searched based on the real names to find corresponding URL information, and then the client according to the URL information. A plurality of connection servers including a processing unit for connecting the web page to a corresponding web page; And a determination server for determining which language the real name is in the case where the connection word input from the client is a real name, and providing the connection word to a connection server that processes the language according to a determination result.

In addition, when the access word provided from the client is a real name, a real name server may be provided to provide the IP address of the determination server so that the client is connected to the determination server.

According to an aspect of the present invention, a multilingual web page access system includes: a plurality of name servers providing IP addresses corresponding to access words formed in a language of a set country; And a determination server for determining which language a connection language input from the client is, and providing the connection language to the name server for processing the corresponding language according to the determination result so that the client is connected to a corresponding web page. do.

In addition, it may further include a local name server that determines whether the connection word input from the client is a real name and provides the connection word to the determination server when the connection word is a real name. In the case of processing a connection word having a data format, if the connection word input from the client is a real name, the local name server encodes the connection word in an English data format and provides it to the determination server. Therefore, even in a name server that handles existing English domain names, it is possible to process access words without changing the program.

Web page access method using a multi-language according to the characteristics of the present invention, the web page access to connect the client to a specific web page on the Internet using a plurality of name servers that provide an IP address corresponding to the access language of the language of the setting country The method may include: determining whether the connection word is a real name when a connection word for accessing a specific web page is input from the client; Determining in which language the connection language is a language if the connection language is a real name; And providing the access language to a name server that processes the corresponding language according to the determination result so that the IP address of the web page to be accessed is provided to the client.

When the access word is a real name, the real name may be encoded and processed in an English data format.

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.

In the multilingual web page access system according to an embodiment of the present invention, a domain name made of a language other than English is separately set to correspond to all internet addresses registered on the Internet, and web page access is performed using this domain name. Make it possible.

Hereinafter, for convenience of description, a URL such as a domain name or a file name that has been used in the past is referred to as an "English domain name", and a domain name or file name made of a language other than English is referred to as a "real name". In addition, a server providing an Internet address resolution service for an existing domain name is called an "English domain name server", and strings input from a client to access a specific web page are called "access words." Thus, "access word" includes both "English domain name" and "real name" as a domain name. And in the embodiment of the present invention, "real name" represents an actual name, such as a company name, a business name, or a service mark, which is made of a language other than English, but is not limited thereto.

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

Figure 1 shows the structure of a web page access system using a multi-language according to a first embodiment of the present invention.

As shown in FIG. 1, the multilingual web page access system 10 according to the first embodiment of the present invention may include a real name server 11 connected to the client 30 through the Internet 20, It includes a determination server 12 and a plurality of connection server 13 for processing a real name in the language of the country, and is connected to the English domain name server 40 for processing English domain name through the Internet (20) have.

The real name server 11 determines whether the connection word input from the client 30 is an English domain name or a real name. If the input word is the real name, the real name server 11 informs the client 30 of the IP address of the determination server 12. If the input word is an English domain name, the client 30 provides the IP address of the English domain name server 40.

When the connection word input from the client 30 is a real name, the determination server 12 determines which language the real name is, and according to the result of the determination, the connection server 13 determines the connection word input from the client 30. To provide.

The connection server 13 is a web server that processes a real name, that is, a local language, in a setting language, and connects the client 30 to the web page. The connection server 13 stores a real name database in which URL information is stored corresponding to each real name. 131 and the real name database 131 based on the connection word provided from the determination server 12 to connect the client 30 to the web page according to the URL information when there is a real name corresponding to the connection word. A search engine that retrieves data of a plurality of servers on the Internet 20 under the control of the processor 132 and the processor 132, collects information of a web page providing information including an access word, and provides the information to the client 30 ( 133).

The client 30 may be at least one, and provides a connection word corresponding to a web page to be connected to the real name server 11. Although a computer is used as the client 30 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 multilingual web page access system according to the first embodiment of the present invention having such a structure will be described in detail.

Here, the client 30 sets up the real name server 11 as a server that provides an IP address verification service by executing an Internet connection environment setting program or the like before driving a browser for accessing the Internet.

2A and 2B illustrate the operation of the multilingual web page access system according to the first embodiment of the present invention in order.

As shown in FIG. 2A, when a user inputs a connection word in an input window on a browser after the user 30 runs a web browser or an e-mail program for Internet connection, the input connection word is a real name server 11. It is provided as (S100). At this time, the connection word is coded according to the standard set for each language and provided to the real name server 11.

The real name server 11 determines whether the connection word provided from the client 30 is an English domain name or a real name (S110).

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 exemplary embodiment of the present invention, the real name server 11 determines whether the input connection word is an English domain name depending on whether the most significant bit of the 8 bits representing the connection word input from the client 30 is "0" or "1". Determine if it is a real name.

When the most significant bit of the 8 bits is "0", the real name server 11 determines that the input connection word is the English domain name, and provides the input connection word to the English domain name server 40 (S120). Accordingly, the English domain name server 40 provides the IP address corresponding to the input English domain name to the real name server 11, and the real name server 11 provides the IP address to the client 30 to provide the client. 30 causes access to the web page (S130 to S150).

On the other hand, if the most significant bit of the 8 bits in step (S110) is "0", it is determined that the input connection word is a real name and provides the IP address of the determination server 12 to the client 30 to determine the determination server 12 To be connected to (S160).

Accordingly, the client 30 connects to the determination server 12 according to the IP address provided from the real name server 11 (S170). At this time, the client 30 together with the connection word that requested the IP address verification. It connects to the determination server 12 with the information including its own IP address, and this connection information may include standard information indicating in which language standard the connection language is encoded.

The determination server 12 extracts the domain name, that is, the connection word that has requested the IP address verification from the access information of the client 30 (S180), and then analyzes the extracted connection word to determine which language is the language of the connection (S190). .

The determination server 12 checks whether the connection information provided from the client 30 includes standard information indicating in which language standard the connection language is coded, and in the case where the standard information is included in accordance with the standard information. The language of the corresponding connection language is determined.

In addition, when the standard information is not included in the connection information, the pattern of the coded connection word is analyzed to determine the language of the connection language. More specifically, since the language is coded according to a specific pattern so that the characteristics of the language appear for each language standard, the code pattern of the connection word is analyzed to determine the language of the connection language.

In addition to this determination method, it is possible to analyze the IP address of the client 30 included in the connection information to determine which language the connection language is. That is, since different IP addresses are assigned to each country, the IP address of the client 30 is analyzed to determine which country the corresponding IP address is assigned, and according to the result of the determination, which country language is the connection language. Determine.

These determination methods may be used independently to determine which language the connection language is in, and one or more of these determination methods may be used to determine which language the connection language is in. The connection word discrimination method is not limited to the method described above.

Next, the determination server 12 provides the connection word provided from the client 30 to the connection server 13 which processes the language according to the determined result. That is, when the connection word input by the client 30 is Korean, the connection word is provided to the connection server that processes the Korean domain name, and when the connection word is Japanese, the connection word is provided to the connection server that processes the Japanese domain name (S200). ).

At this time, the determination server 12 analyzes the connection word and converts it into a format suitable for the connection server 13 to process. For example, if the connection word provided from the client 30 is coded in the form of "\ 129 \ 143", and it is determined that the connection word corresponds to "A" of Korean, the connection server may use the connection server as a corresponding database. Provides a format that is suitable for searching for, i.e., a format of "a".

The processing unit 132 of the connection server 13 provided with the connection word according to the determination operation of the determination server 12 searches for the real name database 131 and stores the connection word as shown in FIG. 2B. In operation S210, if the real name corresponding to the connection word is stored, the client 30 is connected to the web page according to the URL information corresponding to the real name (S220 to S230).

On the other hand, when the real name corresponding to the connection word is not stored in the real name database 132, the processing unit 132 runs the search engine 133 to perform the corresponding search from a plurality of servers connected to the Internet 20. Information of the web page providing the information including the access word is collected and provided to the client 30 (S240).

For example, when the connection word is "Netpia," information of a web page providing information including the word "Netpia" is collected from all servers on the Internet 20, and a user searches a search result such as a web page. HTML is provided for viewing on the client provided to the client (30). Accordingly, when the user clicks on specific information indicating a web page to be accessed from the search results, the client 30 is connected to the web page (S250).

According to the first embodiment described above, even if a user wants to access a web page using a real name in a language other than English, it is possible to determine to which standard the corresponding language is coded. This allows the client to access the web page more accurately and quickly.

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

In the first embodiment described above, a separate real name server for processing a real name, not a commonly used English domain name, should be installed. In the second embodiment, the existing English domain name is converted into a corresponding IP address. A program that provides a name service, for example "BIND", can also be used to determine the language of a real name and to provide an IP address accordingly. For this purpose, the real name is encoded in English data format, that is, English domain name format.

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

As shown in FIG. 3, the multilingual web page access system according to the second embodiment of the present invention, unlike the first embodiment, encodes a connection word input to the client 30 in an English domain name format. A local name server 14, a determination server 15 for determining the language of an access word encoded according to an English domain name format, and a web page to be accessed by a client 30 by processing an access word composed of a language of the corresponding country. And a plurality of name servers 16 providing the IP addresses of the identification server 15, which is not a web server but a name server.

Each name server 16 is a hierarchical name server providing an IP address corresponding to a connection word made up of one or more keywords separated by layers as shown in FIG. 3, by processing the connection word step by step. The second name server 162 to the nth step are sequentially connected to the root name server 161, which is the first step server as a reference, and the root name server 161, so as to provide the IP address of the web page. Name servers 16n, n = 2, 3.... And at least one of name servers 162... 16n in the remaining steps except for the root name server 161.

Although the name server processes a connection word having a hierarchical structure as an example, the present invention is not limited thereto, and a connection word formed of one keyword may be processed.

In the second embodiment, the determination server 15 and the name server 16 perform an IP address verification service using a BIND program used for existing English domain name processing.

4A and 4B sequentially illustrate the operation of the multilingual web page access system according to the second embodiment of the present invention having such a structure.

As shown in FIG. 4A, when a connection word is input from the client 30, the local name server 14 determines whether the input connection word is an English domain name or a real name (S300 to S310).

When the most significant bit of the connection word is "0" as in the first embodiment described above, it is determined that the input connection word is the English domain name, and the input connection word is provided to the English domain name server 40 (S320). Accordingly, the English domain name server 40 provides an IP address corresponding to the input English domain name to the local name server 14. The local name server 14 provides the client 10 with an IP address input from the English domain name server 40 to access the web page.

However, if the most significant bit 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 (S330).

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. In the case where the 4-bit binary number is represented in hexadecimal, in the case where the input connection word is "Netpia", the local name server 14 encodes "Netpia" as follows.

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 14 displays two bytes. After dividing by four bits, "net" is converted to "0xB3DD", "blood" is converted to "0xC7C7", and "a" is converted to "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 14 encodes the real name in the English domain name format and then provides the encoded connection word to the determination server 15 (S340). As in the first embodiment, it is determined whether a language is a language through a pattern analysis or IP analysis of the client 30 (S350).

Next, the determination server 15 provides the connection server encoded according to the determined result to the name server 16 that processes the language. If the connection word is a hierarchical real name consisting of one or more keywords, the determination server 15 processes the keywords sequentially to find an IP address for the hierarchical real name. First, the determination server 15 provides the encoded connection word, that is, the hierarchical real name, to the root name server 161 of the name server 16 (S360), and the root name server 161 is capable of processing, that is, encoding If it is possible to provide an IP address for the layered real name, the corresponding IP address is provided to the determination server 15 (S370 to S380). Accordingly, the determination server 15 supplies the IP address to the local name server 14. The local name server 14 provides the input IP address to the client 30 so that the client 30 can access the web page (S390 to S400).

Alternatively, if it is not possible to provide an IP address for the encoded hierarchical real name, the root name server 161 sends to the determination server 15 to connect to the next name server, that is, the second level name server 162. Send a response message (S410). The determination server 15 continues to provide the encoded hierarchical real name to the name server 16 until an IP address is provided from the name server of the stage in which the hierarchical real name is provided, and each stage name of the name server 16 is provided. The servers may send a response message requesting a next name server connection according to the processing or provide an IP address corresponding to the hierarchical real name to the determination server 15 (S420 to S440).

Therefore, according to the second embodiment of the present invention, it is possible to determine which language the real name is even under a program that processes an existing English domain name, thereby reducing the cost and time due to the program change.

The second embodiment described above is applicable to all Internet-based services such as e-mail, FTP, telnet, etc. in addition to WWW.

On the other hand, if the determination server and the name server is configured to recognize the real name, the local name server does not perform a separate encoding operation to provide the connection word to the determination server to be processed as described above.

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 domain name made in another language in addition to a URL such as a domain name made in English. You do not need to remember the English domain name.

In addition, even when using a domain name in a language other than English, it is possible to determine which language the language is. Therefore, the web that wants to access the client more accurately and quickly by processing the domain name for each language can be determined. You can link to a page.

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 multiple languages.

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.

Claims (8)

In a web page access system that connects a client to a particular web page on the internet, If the real name database in which URL information on the Internet and a real name composed of a language of a setting country are matched with each other and a connection word applied from the client are real names, the real name database is searched based on the real name. A plurality of connection servers including a processing unit which finds corresponding URL information and connects the client to a corresponding web page according to the URL information; And In the case where the connection word input from the client is a real name, a determination server determines which language the real name is, and provides the connection word to a connection server that processes the language according to a determination result. Web page access system comprising a. The method of claim 1. A real name server that provides the IP address of the determination server to connect the client to the determination server when the connection word provided from the client is a real name Web page access system comprising more. In a web page access system that connects a client to a particular web page on the internet, A plurality of name servers providing IP addresses corresponding to access words in a language of a setting country; And A determination server for determining which language the connection language input from the client is, and providing the connection language to the name server for processing the corresponding language according to the determination result so that the client accesses the corresponding web page. Web page access system comprising a. The method of claim 3, And a local name server that determines whether the connection word input from the client is a real name, and provides the connection word to the determination server when the connection word is a real name. The method of claim 4, wherein In the case where the determination server and the name server process an access word having an English data format, the local name server encodes the connection word in an English data format and provides the determination server to the determination server when the connection word input from the client is a real name. Page Access System. The method according to claim 1, wherein The real name is a web page access system consisting of a language other than English. In a web page access method of connecting a client to a specific web page on the Internet by using a plurality of name servers that provide an IP address corresponding to an access word in a language of a setting country, Determining whether the connection word is a real name when a connection word for accessing a specific web page is input from the client; Determining in which language the connection language is a language if the connection language is a real name; And Providing the access word to a name server processing the corresponding language according to the determination result so that the IP address of the web page to be accessed is provided to the client. Web page access method comprising a. The method of claim 7, wherein And when the access word is a real name, encodes the real name in an English data format and processes the web page.