JP2002236661A - Virtual domain name system using language which user is desirous of on internet - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a system capable of interchange with an existing DNS so as to permit Internet surfing as in an existing domain name without a virtual domain name changing the existing DNS. SOLUTION: This system is embodied with two interchange methods. A first method is to interchange a code section of the domain name like an activity code and a national code. The respective existing code sections consisting of English characters are agreed on by respective words or codes consisting of user's language corresponding to them. The agreed-on words or codes to be inputted in the user's language are interchanged with the existing code section consisting of English characters corresponding to them.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

TECHNICAL FIELD The present invention relates to a mobile phone, a PDA,
For a computer and various devices connected to the Internet, such as a TV set-top box and an Internet device, the Internet user can automatically convert with a real domain name based on DNS (Domain Name System) so that an Internet user can select his / her desired name. The present invention relates to a system for inputting a virtual domain name in a language.

[0002]

2. Description of the Related Art The Internet is based on Transmission Control Protocol / Internet Protocol.
rnet Protocol (TCP / IP), a worldwide communications network that follows a set of commonly known conventions. Each computer connected to the Internet has a unique IP address that identifies each computer as a host on the Internet.

[0003] Originally, an IP address is composed of four decimal numbers separated by dots. Because such numeric IP addresses are difficult to remember, DNS provides domain names that are easy for users to remember, corresponding to each numeric IP address. DNS provides a series of unique alphabets called domain names to each host's IP address on the Internet. Each domain name corresponds to exactly one IP address.

[0004] Domains on the Internet are first classified into any one of the top-level domains. Top-level domains are currently used in the United States
It includes general classifications such as m, edu, gov, int, mil, net, and org, and geographic classifications such as kr, jp, and the like, which are mainly used in other countries.

[0005] The domain name is typically 'hostname.
Entityname. Entitycode '(for example,' www.ya
hoo. com) or 'hostname. entityname.
entitycode.countrycode '(for example,' www.yah
oo. com. ') Is the form. The 'host name' part is typically the name of a server host or a set of server hosts connected to the Internet. 'Individual name'
The part is roughly the name of the individual with the domain name.
The 'individual code' part is the institution code for the individual. 'www. yahoo. com. For example, 'www
w 'is the name of the server host (third level domain),' yahoo 'is the name of the individual (second level domain), and' com 'is the institution code (first level domain) for the individual.

[0006] Most domain names used in the United States have a form in which the 'national code' is omitted. The 'nation code' part is the code of the country where the individual is located. 'www
w. yahoo. co. In the example of 'kr', 'www' is the name of the server host (the fourth level domain),
'yahoo' is the name of the individual (third level domain), 'co' is the institution code (second level domain) for the individual, 'kr' is the national code of Korea (first level domain) . Domain names in countries other than the U.S. generally have this form.
There may be one or more sub-domains under the 'individual name' portion, and two adjacent sub-domains are separated by dots between them.

[0007] Since domain names are used to identify hosts on the Internet, they are of significant value to Internet users. However, at present, DNS mainly uses English in naming a host or a group of hosts on the Internet. In particular, DNS uses only the basic Roman alphabet (case-insensitive), decimal Arabic numerals (0-9), and hyphens (-).
A domain name composed of such characters is easy for a person who understands English to memorize and input, but an obstacle for a person who does not understand English. Currently, there are many potential Internet users who use languages less common than English, which may limit the international character of the Internet. Due to the widespread use of domain names on the Internet and the large number of people who do not understand English, it is possible to use not only English domain names but also domain names in various languages that are easy to remember and type in local situations. It is preferable to do so.

[0008] The Internet community has begun to recognize the need for domain names in languages other than English. For further internationalization of the Internet, several methods have been proposed for using domain names in other languages on the Internet.

One of them is to create a new "zero-level" that forms the basis of a new domain part and to create a general character set (ISO 10646 or Unicode)
Encode to a restricted domain name. However, this method is very complicated because it imposes a considerable burden on the DNS and must follow the semantics. As described above, another method proposed to replace the special encoding and the burden of DNS is to create and use a separate directory service for a domain name in another language. However, a unique domain name limited to an individual service has to repeat the work performed in DNS again, requires a complicated execution effort, and cannot solve the DNS load problem.

The Internet domain name is currently D
Only Roman languages are registered according to NS. This Roman domain name is very difficult for Internet users using non-Roman local languages. Some non-Roman Internet societies are experimenting with the development of personalized domain name systems (Regional DNS) or registered domain names using local language alphabets (Regional Domains). In other countries, keywords (local keywords) in their own language are registered, and a database of regional keywords is created by collating with the Roman domain. When a non-Roman Internet user requests a regional keyword, the regional keyword system performs a search so that the Roman domain is matched and informs the matched Roman domain.

As another method, a local language alphabet is converted into a meaningless combination of Roman alphabets using its own special conversion system, and is converted into a meaningless Roman alphabet combination (a meaningless Roman domain). register. Then, when a non-Roman Internet user requests a regional domain, the meaningless Roman domain is converted into a Roman domain that matches the requested regional domain, and after searching for a meaningless Roman domain IP address, a corresponding IP address is obtained. Inform.

All of the above methods require additional domain or keyword registration and / or individual regional DNs.
It is necessary to create S or a keyword database. Such regional DNS, regional keyword databases, and meaningless Roman domains are only isolated from Internet users worldwide. Roman Internet users all over the world have access to local DNS, local keyword databases, and
Unable to access meaningless Roman domain. Also, such methods would be expensive to produce and maintain them. In addition, these methods are described in the English domain 'yahoo. com's Korean regional domain

[Outside 1] Is registered with other individuals or individuals, creating a trademark issue between domain names in other languages. Such a trademark problem occurs between another regional domain system and another language. Since the access range of the above-mentioned regional domain system is limited only to the registered regional domains, a considerable number of global domains are still inaccessible to the Internet user's use of the local language.

[0013]

SUMMARY OF THE INVENTION It is an object of the present invention to provide a system which can be exchanged with a DNS so that a virtual domain name can surf the Internet in the same way as a real domain name without changing the DNS. Is to provide.

It is another object of the present invention to provide a system which enables an Internet user to use both a real domain name in Roman language and a virtual domain name in local language for the same Internet site. (Internet users can connect to the same Internet site even if they enter it with a domain name using a language such as English, Korean, Japanese, Chinese, and other local languages, etc.) it can).

It is yet another object of the present invention to provide a system that maintains the current domain name format well known to Internet users, ie, the point notation. The virtual domain name in the local language is the same as or similar to the structure of the real domain name in the Roman language.

It is another object of the present invention to provide a real domain in which a local language virtual domain name is composed of a Roman language so that an Internet user can intuitively infer a virtual domain name of a real domain name composed of a Roman language. It is an object of the present invention to provide a system which can have the same or similar phonemes as a name phoneme.

Yet another object of the present invention is to provide a system which does not need to be additionally registered in a certain database or name server once the local domain name is registered once in the DNS system with the corresponding Roman domain name. (Hereinafter, in the present invention, only one registration is required, but the other regional domain system requires several registrations for other languages.)

Still another object of the present invention is to convert a virtual domain name into a real domain name using a one-to-one matching method using a numeric virtual domain name method or a cryptographic matching method, or a one-to-many matching method at the same time. It is to provide a conversion system.

Still another object of the present invention is to convert a phoneme of a real domain name input in a local alphabet into a phoneme of an original local word included in a virtual domain name according to a conventional transliteration method of a local language. By transliterating with the alphabet or translating the phonemes of the Roman word contained in the virtual domain name entered in the regional alphabet according to Roman spelling with the corresponding Roman alphabet, it can be decomposed or converted into the Roman alphabet of the real domain name. (E.g., Korean virtual domain names)

[Outside 2] Is the English real domain name 'www. samsung
mall. com '.

[Outside 3] Is transliterated to 'samsung' according to the customary Korean transliteration method,

[Outside 4] Is transliterated to 'mall' according to English spelling.)

It is still another object of the present invention to provide a system in which a local language can be connected to the same site even if a virtual domain name having a similar phoneme of the local language is entered in another alphabet of the local language. To provide a system for translating a virtual domain name having similar phonemes into the same real domain name (for example, a Korean virtual domain name).

[Outside 5] Are the same real domain name 'www. good. co
transliterated to m ').

Still another object of the present invention is to provide a system which can reduce the trademark problem of the Internet domain name caused by the virtual domain name having the same or similar phoneme as the real domain name. For example, Korean virtual domain name

[Outside 6] Is the most prominent English domain name 'www. m
Microsoft. com '.

[Outside 7] Since is the name of a Korean company of 'Microsoft', the present invention can reduce trademark problems that may occur in other local languages. In other regional domain systems, each individual or individual is required to be registered in a regional domain in another local language, according to other registration methods by each regional domain system, so that each individual or individual Other systems for protecting trademarks should register their domain names in other languages).

It is still another object of the present invention to provide a system in which a local word indicating an industry code included in a virtual domain name can be transliterated with a Roman word indicating the same industry of a real domain name. (For example, Korean virtual domain

[Outside 8] Is transliterated by the real domain 'bank' in English.)

It is yet another object of the present invention to provide a system in which the translation from virtual domain names in local language to their corresponding real domain names in English automatically occurs.

Yet another object of the present invention is to provide a system that can be performed by a user host and does not require a separate directory service for conversion.

Still another object of the present invention is to follow a business characteristic according to a virtual domain name input so that an Internet user can easily move to a similar site by clicking on information in a line and a converted real domain name. An object of the present invention is to provide a system that lists information on similar sites, sites of competitors, substitute sites, and other useful sites.

[0026]

SUMMARY OF THE INVENTION The present invention is a system that allows an Internet user to enter a domain name in a desired language. In particular, the system automatically converts a domain name entered by a user in a desired language into a corresponding English real domain name according to DNS. Here, the language desired by the user is substantially a local language. Also, the domain name entered in the local language is not registered in DNS but is a 'virtual domain' used for the convenience of the user. And the domain name in Roman language is DN
The 'real domain' used in S.

The purpose of the above is that the Internet user
This can be achieved by the present invention in which both a Roman domain (actual domain) and a regional domain (virtual domain) can be used for a specific domain name according to NS.
When an Internet user requests a virtual domain, the virtual domain is transliterated with the corresponding real domain according to the conversion principle of the present invention. Then, the present invention surfs the Internet using the converted real domain and determines that an Internet site of the real domain exists.

If one site exists, the site of the existing real domain is connected to the user's computer, and the information of the remaining sites is displayed. Some information about existing sites, such as site titles, is downloaded and arranged in list boxes and containers on the user computer. So, when the user wants to move the site, by clicking the listed information,
Using the title information listed in the box, the user can easily move to another site.

For example, if a regional Internet user has a regional domain

[Outside 9] Requesting that

[Outside 10] According to the conversion principle of the present invention. yahoo. c
om 'and' www. yahu. com '.
Then, the present invention is based on 'www. yahoo. com 'and' www. yahu. com 'and surfing the internet using' www. yahoo. com '
And 'www. yahu. com 'is present. If these are present together, one of them, for example, 'www. yahoo. com 'is displayed and the other' www. yahu. com 'is listed in the list box of the user computer. Assuming that the user is' www. yahu. When you want to move to the com 'site, you can easily move to it by clicking on the title information in the list box.

The present invention does not require additional registration for the regional domain as long as the Roman domain is registered. Regional and Roman domains are currently DNS
Same as system. Thus, there is no additional cost to create and maintain a separate name server or database. The present invention will also solve many trademark problems.
The present invention has no restrictions on the local language access and can be implemented worldwide.

The conversion process of the present invention uses the above-described area D
The same applies to NS and the regional keyword system. The present invention allows a Roman Internet user to access the local DNS and the local keyword system by altering the conversion process of the present invention. In the regional system described above, the regional domain is considered as a real domain, and the Roman domain is considered as a virtual domain.

When a Roman Internet user requests access to a Roman virtual domain to the regional system described above, the present invention transliterates the virtual Roman domain to a real regional domain and connects the user computer to the real regional domain site. The conversion process of the present invention is the same as that of the above-mentioned regional system, and will be mainly described for the DNS system.

A real domain name is typically 'hostna
me. entityname. entitycode '(for example,' www.y
ahoo. com ') or' hostname. entityname.
entitycode. Contrycode '(for example,' www.yah
oo. co. kr ′). The virtual domain name of the present invention is basically the same as a real domain name, but the alphabet is a local language. For example,
Korean virtual domain name

[Outside 11] Is the real domain name 'www. yahoo. co
This is a copy of m '. The 'hostname' portion is typically the name of the server host or a group of server hosts connected to the Internet. The 'entityname' part is the name of the individual who happens to have the domain name, and 'entitycode'
The part is the institution code of the individual. For example, 'www. y
ahoo. com '

[Outside 12] Is the server hostname (third-level domain), 'yahoo' and

[Outside 13] Is the name of the individual (second-level domain) and 'co
m '

[Outside 14] Is the institution code (first-level domain) of the individual.

The structure and conversion process of the present invention will be briefly summarized below.

First, the present invention has a knowledge database for local and roman phonemes. For each phoneme in the local language, the knowledge database is in a structure that, when using the Internet, has a priority between the importance of the Roman language alphabet and the Roman phonemes, which correspond to the same or similar phonemes based on the number of frequencies.

The corresponding Roman alphabet for each phoneme in the local language is individually numbered based on a priority set. For example, Korean phonemes

[Outside 15] Has four English alphabets adapted by the same or similar phonemes, such as 'ka', 'ga', 'gar' and 'gah'.

[0037]

Second, the present invention provided on the user's computer generates a unique encryption code according to each regional domain entered in the local language. The unique encryption code generated by the user computer includes the information of the virtual domain name entered by the user and the type of the local language. The management server issues the same encryption code as that generated by the user computer, and installs it on the Internet site of the real domain converted from the virtual domain.

The encryption code issued by the management server can be provided in the title part of the Internet site. The encryption code provided on the Internet site includes information on the virtual domain, the type of local language, the expiration date of the encryption code,
Includes the server's IP address and other required information. This cryptographic code is used to identify a particular virtual domain name internet site among various real domain name sites converted from the virtual domain name.

If the virtual domain name generated by the user computer and the language information type of the encryption code are compared with the virtual domain name and the language information type of the encryption code installed on the Internet site, the encryption code is installed. The Internet is considered a specific virtual domain name Internet. Then, the Internet site where the encryption code is installed is connected to the user computer and displayed.

If there are other existing Internet sites of the Roman domain name converted from the virtual domain name, they will be listed in the list box. For example, as mentioned above, the Korean virtual domain name

[Outside 16] Is' www. ka. com ',' www. ga. co
m ',' www. gar. com ',' www. ga
h. com 'can be converted to four virtual domain names. 'www. ka. com ', and' www. gar.
com 'is the only active internet site,
'www. gar. com 'is the virtual domain name entered by the user

[Outside 17] Assuming that you have the encryption code for 'www.
gar. com 'is connected to a user computer and displayed. 'www. ka. com 'is displayed in a list box or container of the user computer. The type of linguistic information is used in the user's desired language and will be displayed on the user's computer if site content is provided in the user's desired language. The IP address information and the expiration date of the information prevent movement of the non-applied cryptographic code from the applied IP server and the expiration date of the non-applied cryptographic code. For example, an encryption code provided in a server having a specific IP address is
Does not work when moving to another server with an address.

Third, the present invention separates virtual domain names and converts virtual main names to real domain names based on the principles of the present invention. Like the individual code and the national code, the code part of the virtual domain name is converted into an equivalent word or code of the virtual domain name assigned in advance. For example, a virtual domain name

[Outside 18] Is converted to '.com' and the virtual domain name

[Outside 19] Is'. co. kr '.

Fourth, the individual definition unit of the virtual domain name converts the alphabet of the virtual domain name into a phoneme of the virtual domain name, a phoneme of the same or similar real domain name, and an alphabet of the real domain name, thereby obtaining the real domain name. The domain name is separated into individual-definition parts and transliterated. First, numbers can be used for transliteration, as described above. For example,

[Outside 20] Is transliterated to 'kana',

[Outside 21] Is transliterated to 'gana'.

Fifth, certain words in the individual definition part of a virtual domain name generally indicating an industry are translated so as to correspond to words of a real domain name. For example

[Outside 22] Is the English 'bank'

[Outside 23] Is 'pharm',

[Outside 24] Is translated to 'life'.

Sixth, the present invention determines the order by applying the weights to the converted real domain names. The weight is based on the frequency and importance of Roman phonemes when the converted real domain name is used on the Internet. The converted real domain name is recorded from the maximum possible to the minimum possible.

Seventh, the present invention surfs the Internet in the order of converted real domain names from the most likely real domain name to the least likely real world name. Thus, the content and information of the existing real domain will be displayed or recorded in any case. If the special encryption code of the present invention is defined from an Internet site of an existing real domain name converted from a virtual domain, the contents of the Internet site will be displayed first.
Information with existing real domain names, such as title information, is recorded in list boxes and containers,
The user can click on it and easily go to the recorded site. If the special encryption code is not defined from an existing real domain name, the Internet site of the first surfing real domain name will be displayed. Certain information about other existing real domain names, such as title information, will be recorded in special boxes and containers.

Eighth, the present invention has a learning memory for recording the user's Internet surfing habits. When the virtual domain name surfs temporarily, the learning memory stores the virtual domain name input by the user,
It includes an existing / non-existing real domain name corresponding to each virtual domain name, information on a continuously visited site among the existing real domain names, and other essential information. When a user enters a virtual domain name,
The present invention searches the learning memory to see if the first virtual domain name and its associated real real domain name are in the learning memory. If there is an existing real domain name corresponding to the virtual domain name in the learning memory, the site of the existing real domain name is displayed or recorded in the list box as described above. The learning memory is continuously updated as the user surfs the Internet.

Ninth, according to the present invention, when a user inputs a domain name, information different from the virtual domain name and the real domain name input by the user is sent to a certain server. Upon receiving such information, the server has the input virtual domain, the converted real domain, and a database of similar Internet sites. The receiving server sends back information of business environment similar sites, competitor sites, alternative merchandise sites, and other useful sites based on the virtual domain name entered into the user's computer or the converted real domain name. Information on such a similar site is recorded in a box or a container, and the user can easily move to the site by clicking on it.

The function of the present invention is useful in the initial stage of marketing or when focusing on marketing. This is to provide a user visiting a certain Internet site with information on similar products, competitor sites, and other information. Thus, it can be easily moved to a site of a similar product or a competitor or organization.

In short, the virtual domain name system of the present invention is an interfacing system between a region for identifying a Roman domain name and a Roman language based on a one-to-one and one-to-many adaptation method. The present invention displays an existing Internet site of a Roman domain name converted from a virtual domain name input by a user and records existing site information of another Roman domain name. The present invention also records similar sites, such as sites of the same industry, competitors, and similar products, based on the virtual domain name entered by the user.

In a regional DNS, regional keyword or meaningless Roman domain system recording in a local language such as a domain name or keyword, the present invention allows Internet users to use both regional and Roman domains. On the other hand, due to such a situation, the Roman domain name is translated into the regional domain name. The present invention can generalize regional DNS and other Internet systems that can be connected in Roman languages such as English as well as in local languages.

The present invention can be realized by a user's host computer without changing DNS. Also, the present invention can be realized at the server level without changing DNS. The invention applies not only to Internet domain names, but also to other Internet identifiers such as email addresses, sub-directories, and files. Also, the present invention can be extended to various Internet devices beyond wired personal computers. The present invention can be integrated with a wireless telephone. Further, the present invention applies to Internet applications, including, but not limited to, ordinary telephones, refrigerators, and TV set-top boxes manufactured by further connecting the Internet to the original functions.

Since the present invention can convert a regional domain name input by a user's voice into a Roman domain name, the present invention is also applicable to Internet voice connection.
Further, the present invention is applicable to a dual search engine that searches in a region and a Roman database at the same time by inputting into either the local language or the Roman language. or,
The present invention provides various database systems or personal electronic devices that can translate a local language into a Roman language, and vice versa, or can search local language and Roman language questions simultaneously using either local language or English input. Applicable to devices and such types of devices.

[0054]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Preferred embodiments of the present invention having the above features will be described below in detail with reference to the accompanying drawings.

( Definition ) User means a user host or any person using a computer as defined below.
Host means any computer attached to the Internet. The user host is a computer that connects the user to the Internet, and the server host is a computer that provides services to the user host. The regional DNS server is a computer that maintains a portion of the DNS database. The root DNS server is a computer that maintains comprehensive information about the IP address and the corresponding domain name in its domain.

Knowledge database and numbering system
Description of the stem The present invention has a knowledge database for phonemes in local and roman languages. For each phoneme in local and roman languages, a knowledge database is provided for setting the priority of the Roman alphabet based on frequency and importance in Internet use. The Roman alphabet for each phoneme in the local language can be individually numbered based on the priority set. The following table shows a simple example knowledge database.

[Table 1]

[0057]

For each phoneme in the local language, the numbers are adapted to the respective alphabets of the Romanized language adapted with the same or similar phonemes based on frequency and importance in Internet use. In such a numbering system, the phonemes of the local language can be uniquely matched to the corresponding Roman alphabet alphabets with the same or similar phonemes, respectively, based on a one-to-one matching method. Users may not use this numbering system due to some inconvenience. In this case, the phonemes of the local language will be adapted to the various corresponding alphabets of the Roman language with the same or similar phonemes based on many one-to-many adaptation methods.

Description of Encryption Code The encryption code of the present invention is a unique identifier among various Roman domain names converted from virtual domain names. Generates a unique encryption code for each regional domain entered in the local language provided on the user computer. The only cryptographic code generated at the user computer contains the virtual domain name and delayed language type information entered by the user. The management server generates the same encryption code as that generated on the user computer, and provides the encryption code on the Internet site of the real domain converted from the virtual domain. The encryption code issued by the management server can be provided in the title portion of the Internet site. The encryption code provided in the Internet site includes a virtual domain, a form of a local language, information on an effective date of the encryption code, an IP address of a server, and other necessary information.

When a user inputs a virtual domain name, the present invention provided in the client computer generates an encryption code for a specific virtual domain name and surfs various real domain names converted by the virtual domain name. Then, the title information and the encryption code are downloaded from the existing site of the converted Roman domain name, if any.

The present invention displays the contents of an Internet site having the provided encryption code. Other existing site title information of the converted Roman domain name is listed in a list box or container. For example, as in the knowledge database of the above embodiment, the Korean virtual domain 'www. mall.
com ',' www. mol. com ',' www. m
aul. com 'and' www. mole. co
m ′ may have four converted real domain names.
'www. mall. com 'and' www. mol. c
om 'only has a real-life Internet site, and' www. mall. com 'is the virtual domain name entered by the user

[Outside 25] Assuming that you have a cryptographic code for
w. mall. com's site is connected to the user computer and displayed. 'www. mol. c
om 'title information is listed in a list box or container on the user computer.

The form of linguistic information is used to determine the user's linguistic dominance, and the content of the prepared site, if any, in the language preferred by the user is displayed on the user computer.

The IP address information and the effective date information are as follows:
It may be used to prevent the use of any unauthorized cryptographic code from an authorized IP server and the unintended extension of the cryptographic code. For example, an encryption code provided on a server at a specific IP address will not work if it is used by another server at an IP address with a different encryption code or if its validity period has expired.

Description of the Learning Memory The present invention has a learning memory in the client computer for recording user habits of using the Internet. When the user searches for the virtual domain name, the learning memory stores the virtual domain name, an existing or non-existing real domain name converted from the virtual domain name entered by the user, an existing domain name provided with a cryptographic code, an existing real domain name. Record the last searched site and other necessary information.

When the user enters a virtual domain name, the present invention searches for the same virtual domain name in the learning memory. If the virtual domain name is found in the learning memory, the present invention links to the real domain name. If the present invention can find a virtual domain name,
Connect to a real domain name provided with an encryption code. The present invention links to the finally visited real domain name if the encryption code is not found. Information of other existing real domain names will be listed in a list box or container. If the virtual domain name is not found in the learning memory, the present invention performs a routine to surf the real domain name converted from the virtual domain name. The learning memory can be updated and maintained as a user surfing internet.

Description of the Conversion Process The present invention decomposes the virtual domain names entered by the user and converts them into the most likely real domain names to use for the knowledge database. The conversion process of the present invention integrates the two conversion processes.
The first process is to convert the code part of the domain name, such as the institution code, geographic region code and country code. In this process, each real code part in English is a virtual equivalent word or code in the local language that has already been assigned based on the meaning and pronunciation of the real code part in English.
Thereafter, the virtual equivalent word or code input in the local language is also converted into the corresponding real code part in English.

The second conversion process converts an individual definition part of a virtual domain name such as an institution name, a brand name, a trademark, and a server host name. In this process,
The present invention decomposes the individual definition part of the virtual domain by pronunciation and translates them into possible individual definition parts of a real domain name using the original knowledge database of the present invention. Because the knowledge database is built on the frequency and importance of the use of the Roman alphabet in the local language by the same or similar phonemes in the local language, the individual definition part of the transliterated real domain name is The converted romaji phonemes are in order of frequency and importance. One word in the individual definition part of a virtual domain that generally indicates industry is:
Will be transliterated with the corresponding words of the real domain name.

Such a decomposition, transliteration and translation process will take place until all phonemes of the virtual domain name have been converted to real domain names. The weighting factor is added to the real domain name converted from the virtual domain name, and the weighted real domain names are listed, from the most likely to the least likely final.

The first conversion process of the present invention converts a code part of a virtual domain name input in a local language into a corresponding code part of a real domain name in a Roman language. Due to this conversion, each code part of the real domain name in the Roman language (for example, the first level domain code in the United States and the first and second level domain codes in other countries) is converted into the virtual domain in the local language. Equivalent code or word that has already been assigned.

Codes and words in the virtual domain have the same meaning and pronunciation in the local language as the corresponding code in the real domain in Roman letters. Domain names in countries other than the United States have a first level domain code (eg, a country code) followed by a second level domain code (eg, an institution code and a geographic region code). For example, for a user trying to visit a server host in the United States that uses a Korean virtual domain name, the first conversion process may include seven first-level domain codes (eg, institution codes) used in the United States. Conforms to the Korean virtual equivalent.

The first level code of each real domain name in English is, for example,

[Outside 26] Is assigned in advance by the equivalent first level code of the Korean virtual domain. These Korean words are
It has the same Korean pronunciation as these English equivalents, and Korean users can explicitly use them in local contextual relationships. This is one example for an assigned first level code of a virtual domain in Korean.

Other Korean words having the same meaning as the real domain equivalent are already assigned. For example, the real domain 'com' is

[Outside 27] For a user who wants to visit a server host in Korea using a Korean virtual domain name, the first conversion process uses the same method to assign a second-level domain code used in Korea to an assigned virtual language in Korea. Compatible with equivalents.
In this case, the first level domain code 'kr' (eg, Korean national code) is the virtual equivalent of Korean.

[Outside 28] Can be adapted. For users who want to visit server hosts in other countries that use Korean virtual domain names,
The first conversion process matches the first level domain code (eg, the national code) and the second level domain code of each country with the assigned virtual equivalent in Korean in the same manner.

The second conversion process of the present invention converts an individual definition part of a virtual domain name input in a local language into an individual definition part of a corresponding real domain in a Romanized language. This process uses local language and Roman language phonemes as media for the conversion. Phonemes are units of the speech system of a language, and these approximate the speech displayed by the characters used. When the user enters the entity definition of the virtual domain in the local language, the present invention translates them into the corresponding entity definition of the real domain of the Romanized language using the knowledge database of the invention.

The knowledge database consists of the local language alphabet and the corresponding Roman alphabet alphabet adapted and based on the same or similar phonemes of the local and Roman languages. First, the individual definition part of the virtual domain input in the local language based on the knowledge database is decomposed into individual alphabets or combinations of alphabets so that each individual alphabet or combination of alphabets can represent individual phonemes in the local language. Second, each individual phoneme in the local language is matched with an equivalent Roman alphabet phoneme having the same or similar speech. Third, based on the customary pronunciation of the Roman alphabet, the phonemes of each Roman alphabet are indicated by the Roman alphabet or alphabet combination. Fourth, all alphabets or alphabet combinations of the Roman alphabet are integrated to compose the corresponding individual definition part of the real domain name in the Roman language.

The resulting individual definition part of the romaji domain name indicates a phoneme having the same or similar voice, so that it is pronounced the same or almost the same as the individual definition part input in the local language. You. Therefore, it is easy for the user to guide the individual definition part of the virtual domain name in the local language corresponding to the individual definition part of the real domain in the Roman language. Since there may be a number of approximate phonemes of the Romanized language corresponding to the phonemes of the local language, there may be one or more individual definition units of the real domain corresponding to one individual definition unit of the virtual domain.

In the following example, Korean is selected as a local language and English is selected as a Roman language. The following example knowledge database shows how the Korean alphabet (Hangul characters) is matched by phonemes to English characters.

[0077] Korean alphabet

[Outside 29] Is 'mall' that is matched by the same or similar phonemes,
4 like 'mol', 'maul' and 'mole'
There may be two corresponding English alphabet combinations. The knowledge database in this example is provided with priorities set within the corresponding English alphabet combination based on frequency and importance in Internet use.

'Mall' is the Korean alphabet

[Outside 30] Considered as the most frequently used union of English alphabets used on the Internet corresponding to. An English alphabet union is an English alphabet union transliterated from the original Korean alphabet according to conventional transliteration methods. And, among the four that can be selected, 'mo
l 'in Korean according to the customary Korean-English translation method

[Outside 31] Is one of the transliterated Korean alphabets. English phonemes corresponding to Korean phonemes can be individually numbered based on priority.

[Table 2] Korean

[Outside 32] Is' sam ',' Sarm 'or' psal in English
It has the same or similar phonemes such as m '. Korean

[Outside 33] Means' sung ',' seong 'and' seun in English
have the same or similar phonemes such as g '. Korean

[Outside 34] Have the same or similar phonemes such as 'mall', 'mol', 'maul' and 'mole' in English. Korean

[Outside 35] Means 'buy', 'bi', 'by' and 'by' in English
It has the same or similar phonemes such as e '.

Since one or more English alphabets can be matched by the same or similar phonemes for one corresponding Korean phoneme, the individual definition part of the Korean domain name is
The English domain name may be transliterated into one or more individual definitions. Therefore, there is a one-to-many transliteration method for translating the individual definition part of the virtual domain with respect to the individual definition part of the real domain. As a result, the English individual definition units are listed in the order of the set priority. For example, the Korean alphabet

[Outside 36] Can be transliterated into nine English alphabets by matching phonemes, 'samsung', 'sams
eong ',' samseung ',' sarmsun '
g ',' sarmseong ',' psalmsun
g ',' psalmsong 'and' psalmse
ung 'can be listed in order of priority set.

To transliterate in a one-to-one manner, virtual numbers can be used. The corresponding English alphabet for each Korean phoneme is individually numbered based on the priority set. When a virtual domain is input with a virtual number, the individual definition part of the virtual domain may be transliterated in a one-to-one matching manner. For example,

Most real domain names in English also have an acronym, abbreviation, or initial for the individual definition part. When the acronyms, abbreviations and initials are used as part of or as a whole of the real entity definition part of English, the second conversion processor of the present invention converts the individual character combinations of Korean into individual English Matches with the corresponding English characters by customary and general transliteration of the characters. For example, the English character 'ib
'i', 'b' and 'm' in Korean

[Outside 37] Transliterated into So, in the Korean individual definition part of the virtual domain,

[Outside 38] Can be transliterated into the English individual definition part 'ibm' of the real domain. Again, the same individual definition part of the virtual domain entered in Korean

[Outside 39] Is based on the traditional and common transliteration of Korean into English,
'aibiaem' or 'eyebm' or other combinations of phonemes may be transliterated. The present invention provides a fuzzy (Fu) method in which an Internet user enters a virtual domain into another alphabet in the local language for the same phoneme in the Roman language.
zzy) system. As an example in Korean,

[Outside 40] Are different in the alphabet of the local language, but have the same English phonemes as shown in the knowledge database of the above-described embodiment. Therefore, Korean Internet users

[Outside 41] , The present invention converts them to 'good', 'gut'
And 'good'.

This feature of the present invention is very useful for local language Internet users. The reason is that most local language Internet users do not know the exact alphabet of the local language for words corresponding to the Romanized language. Most Internet users of the local language include words indicating their industry as part of the entity definition. For example, banks may use 'b' in the entity definition of their real domains.
ank ', and life insurance companies include' life '.
On the other hand, such industries are generally shown using words with Korean meaning, which can have other phonemes in collocations. For example, English 'bank' is Korean

[Outside 42] One of the English phonemes is 'eun haeng', which has a different pronunciation from 'bank'. Such an industry word in the local language can be translated into a word in the Roman language in the conversion process of the individual definition unit. For example, in Korean

[Outside 43] Are 'shin han bank' and 'shin han bank'
eunhaeng '.

The conversion process of the present invention allows the user to enter a domain name mixed with local language and English characters, since the conversion occurs from each individual part of the domain name and the alphabet or combination of alphabets of each of the parts. It can be so. The user can select to enter a portion of the domain region in the Roman language and another portion of the domain region in the local language. In this case, the conversion process is omitted for a portion input in the Roman language, and only the portion input in the local language performs the conversion process. For example, if a Korean user has an English real domain name of 'elpha. samsung. co. k
to access r's server host

[Outside 44] Can be entered. At this time, it is entered in Korean

[Outside 45] Only the part is converted to 'samsung' according to the principle of the present invention, and other parts' alpha ',' c
o 'and' kr 'omit the conversion process.

The conversion process of the present invention allows the user to input even individual definitions that are mixed with English and local language characters. For example, a Korean user has an English real domain name of 'www. IBMcomputer. co
To access m's server host

[Outside 46] Can be entered. At this time, it is entered in Korean

[Outside 47] Only the part is the English equivalent 'comp according to the principles of the present invention.
uter ', and the rest of the individual definition part and other parts pass through without undergoing the conversion process.

The conversion system of the present invention uses local languages such as user IDs for e-mail addresses, names of directories and subdirectories, web pages and file names, keywords used in search engines and directory services, and the like. Allow the user to enter other identifiers for use on the Internet. For example, a virtual e-mail address entered in Korean

[Outside 48] Is a Korean language

[Outside 49] Means 'chunwonho', 'hotma'
e-mail address' chunwonho @ '' ho used in English to conform to 'il' and 'com'
tmail. com '. Again, the virtual third level domain name

[Outside 50] Is transliterated to 'manhwa' and 'chosun', respectively, so the real third level domain name 'ma
nhwa. chosun. com '. Virtual web page name mixed with Korean and English characters

[Outside 51] Can be written in Korean according to the principles of the present invention.

[Outside 52] Are 'yahoo', 'co', 'k' in English
r ',' haegye 'and' ibmum 'to match the corresponding real web page name' w 'in English
ww. yahoo. co. kr / haegye / ibm
un. html '. After all, virtual keywords entered in Korean

[Outside 53] According to the principle of the present invention, since a Korean word computer is compatible with a word 'computer' in English, a corresponding real keyword 'computer' is used in English.
Is adapted to.

The surfing, encryption, learning memory,
Display and List Box After the virtual domain name is converted to the real domain name according to the conversion principle of the present invention, the present invention also surfs the Internet using the converted real domain name. As described above, when an Internet user enters a numbered virtual domain name, the virtual domain name is converted to a real domain name based on a one-to-one matching method. At this time, according to the principle of the present invention, since there is only one real domain at the end of the conversion, the present invention surfs the Internet using the converted real domain. After surfing using the converted real domain, the internet site of the converted real domain,
If the driving site can be transferred to the converted real domain, it is displayed on the monitor of the Internet user computer. When an Internet user enters a virtual domain without a number, the virtual domain is based on a one-to-many matching method, as described above, because there may be many phonemes of the Roman language for one local language. Convert to a real domain name.

The real domain name converted from the virtual domain name is converted from the most likely real domain to the most existing real domain using the priority set in the knowledge database and the weighting factor applied to the converted Roman character domain name. Listed in order of least likely domain.
The present invention then surfs the Romanized domain names converted in the list order from the most likely real domain to the least likely domain. Different weighting factors are applied according to other aspects of the knowledge database and the combination of the converted phonemes.

For example, if two phonemes are combined to convert to form multiple real domain names, a weighting factor is applied to each converted real domain as follows. Korean virtual domain

[Outside 54] Is' buycar. com 'or' buyka. co
m 'or

[Outside 55] Can be converted to other phoneme combinations. In this case, 'buy
car. Since the word “com” is transliterated from the same kind of language as “buy” and “car” of the phoneme obtained by decomposing “buycar”, and in this case also, it is transliterated from English, so “buyka. com ′ may have a higher weighting factor. On the other hand, 'buyka. c
om 'may also have lower weighting factors because' buy 'and' ka 'translate from other types of languages. Higher weighting factors are generally applied to phoneme combinations from the same type of language, as phonemes of the same language are expected to be better combined.

In applying the weighting factors, various things can be considered in addition to the language source. Such an idea,
It can be integrated into this weighting element system. By applying such weighting factors, the present invention can surf the converted real domain from the most likely to the least likely.

The present invention generates an encryption code to confirm a real domain name converted by the one-to-one matching method. When an Internet user enters a virtual domain without a number, the virtual domain is converted to a number of real domain names based on a one-to-many matching method because there may be a number of corresponding Roman phonemes for one phoneme of the local language. I do.

The encryption code method of the present invention is a method for uniquely confirming one Internet site of a Roman domain name among a plurality of Roman domain names converted from a virtual domain name. The present invention located on the client computer generates a matching cryptographic code according to a particular virtual domain name entered in the local language by the user. Thus, the encryption code generated by the present invention provided on the client computer will be different according to the local language entered by the Internet user. The management server supplies the same encryption code as that generated by the user computer, and prepares the encryption code at the Internet site of the real domain converted from the virtual domain. The encryption code provided by the management server may be provided in the title portion of the Internet site.

When an Internet user inputs a virtual domain name, the present invention provided in the client computer generates an encryption code for a specific virtual domain name, and surfs various real domain names converted from the virtual domain name. And information (for example, title information) downloaded from the existing site of the real domain name converted into the virtual domain name. Using the downloaded information, the present invention searches for an encryption code provided in the server, and compares the encryption code generated in the client computer with the encryption code provided in the server.

When there is a compatible encryption code between the encryption code provided in the client computer and the encryption code downloaded from the server, the present invention provides an Internet site of a real domain name in a virtual domain input by a user. Think of it as a legitimate internet-provided legitimate code for the name.
Therefore, the contents of the existing domain name site having the provided encryption code are displayed on the client monitor, and the contents of another existing real domain name converted from the virtual domain are listed in a list box or a container.

For example, the Korean virtual domain name

[Outside 56] Is the four converted real domain names' www. m
al. com ',' www. mol. com ',' www
w. maul. com 'and' www. mole. co
m ′. 'www. mall. com 'and' w
ww. mol. com 'only has an active Internet site in use, and' www. mall. com 'of the virtual domain name entered by the user

[Outside 57] If you have the encryption code for 'www. mal
l. com's site is connected to the user computer and displayed. 'www. mol. com 'title information is listed in a list box or container on the user computer.

The encryption code provided in the server has more information than the encryption code generated in the client computer. The encryption code provided in the server has an IP address, an effective date, and other necessary information as well as information on a virtual domain name and a language form of a local language. The IP address information is not stolen by another server and is protected by a unique encryption code that is not provided. When the encryption code at the server moves to another server having a different IP address, it is automatically destroyed and no longer operates. Even after the expiration date, the server's encryption code will not work. The language type information is used to find out if the Internet user uses a certain language and link to a web page prepared in the language selected by the user.

The present invention has a client computer learning memory for recording user habits of using the Internet. The user records the existing / non-existing real domain name converted from the virtual domain name, the real domain name provided with the encryption code, the last visited site among the existing real domain names, and other necessary information. When a user enters a virtual domain name, the present invention searches for the same virtual domain name in the learning memory. When the virtual domain name is found in the learning memory, the present invention connects to the Internet site of the real domain name with the provided cryptographic code. If the present invention does not find any cryptographic code, it connects to the last visited real domain name. Information for other existing real domain names is listed in a list box or container. If the virtual domain name is not found in the learning memory, the present invention performs a search that routes the real domain name converted from the virtual domain name. The learning memory can be updated when searching the Internet.

The present invention has a list box or container for displaying information such as titles downloaded from sites that do exist but have a real domain name converted from a virtual domain name entered by an Internet user but are not displayed. Such non-displayed existing sites are generally real domain names that are identical in pronunciation and very similar to virtual domain names entered by Internet users. When the Internet user attempts to move to one of the existing sites that are not displayed, the title information can be easily clicked, and the content of the clicked site is displayed on the Internet user's monitor. Therefore, the list box and the container display the site of the real domain name having the same pronunciation as the virtual domain name and extremely similar to the virtual domain name. The list box or container can also display another Internet site that is the same or similar in business and industrial characteristics to the site displayed on the client computer. So when an Internet user visits a site,
You can easily move to the same or similar sites such as competitor products.

According to the present invention, when a user inputs information and surfs a real domain name, the client computer transmits the virtual domain name input by the Internet user, the real domain name converted from the input virtual domain name, and other information. Send to server. The receiving server includes information about competitor and product sites associated with a particular virtual domain name or real domain name, or similar and selected sites. When the server receives the virtual domain name entered by the user and the converted real domain name from the client computer, the server sends the virtual domain name back to the client computer and retrieves information on the same user site or competitor site maintained by the server. Display in list box or container.

Implementation of Conversion System The present invention is implemented on a user computer as a preferred device. That is, the conversion of the local language virtual domain to the real main name used in English of the local language virtual domain is performed on the user computer while the request for the domain name is sent to the DNS server in the user host area. Thus, no special encoding or look-up service is required to implement the present invention.

The present invention does not require any changes to DNS and is fully compatible with DNS. Also, the present invention can maintain the notation of the hierarchical point of the current domain name, while the principles of the present invention are based on natural language (for example, 'windows.microsoft.com').
Rather than 'Microsoft window
Other possible notations, such as the notation of s ′), can be applied to domain names.

The present invention is modularized into modules that are used to convert a virtual domain name entered in one local language to a corresponding English real domain name. Users need only a module to translate their desired local language into English. For example, a user who likes to enter a Korean virtual domain name needs only a module for converting Korean into English.

The present invention may be combined with software for various Internet features such as web browsing, e-mail, telnet, ftp, etc., or may be an add-on to such software. Can be used as In any case, the present invention takes a virtual domain name entered in a local language, converts it to a corresponding English real domain name, and returns the English real domain name to software for Internet access.

[0103] Such a process is performed automatically and is transparent to the user. Even when the DNS stores and records a domain name in any language other than English, the conversion system of the present invention converts the virtual domain name selected by the user into a corresponding real domain name in another language, thereby enabling the user to change the virtual domain name. Any language of your choice allows the user to enter a virtual domain name.

By using the above features, all the objects of the present invention described above are achieved. On the other hand, the invention can be supplemented by a cluster of central server hosts or regional server hosts. A central host with all the devices of the present invention can provide translation services for all local languages, and a cluster of regional server hosts can provide change services. In the latter, each regional server host with one device or set of devices can provide translation services for a representative local language or set of local languages used in a country or region. For example, a regional server host in Korea with a national language-English converter can provide a translation service for the national language, and a regional server host in Switzerland with a French-English and German-English converter can And conversion services for German. When the present invention is supplemented by a central or regional server host, the user can connect to the server host's web page using a web browser provided on the user host, and enter a virtual domain name in a local language. Can be entered on the web page of the server host. Next, the server host picks up the virtual domain name consisting of the local language and activates the conversion device that converts the local language. The conversion device converts a virtual domain name in a local language into a corresponding real domain name in English based on the above-described principle of the present invention. After the conversion, the server host sends, at the user's option, the English real domain name back to the user's host for use by the user or a direct link to the server host requested by the user.

Note that the present invention can be extended to various Internet devices beyond a wired personal computer. The present invention can be integrated with a wireless telephone. In addition, the present invention is a normal telephone, refrigerator, which is manufactured by further connecting the Internet to the original function,
Applies to Internet applications, including but not limited to TV set boxes. Since the present invention can convert a regional domain name input by a user's voice into a Roman domain name, the present invention is also applicable to Internet voice connection. The user voice in the local language is entered into the spoken local domain name, and the present invention can convert the local domain (virtual domain) to a Roman domain (real domain) according to the principles of the present invention. Further, the present invention is applicable to a dual search engine that inputs data to one of the regional domain and the Roman domain and simultaneously searches the databases of the regional domain and the Roman domain. Furthermore, the present invention can be used to convert various database systems or local languages to Roman language and vice versa, or to search local language and Roman language queries simultaneously by inputting either local language or English. It is applicable to panel electrical devices and such types of devices.

In implementing the above-described present invention, the only requirement on the user side is to install a conversion system on the user's host and to enter a virtual domain name as a local language in accordance with the principles of the present invention. Server hosting entities that provide Internet services to user hosts are required that the local language virtual domain names have English domain names that are similarly translated in accordance with the principles of the invention. If the entity has an English domain name, the entity continues to use it, and the user selects either the English real domain name or the corresponding local language virtual domain name. By using it you would connect the entity's server host. If the business does not have an English domain name, the business should register a new English domain name in which the local language virtual domain name is translated in accordance with the principles of the present invention. If an entity wants to continue to use the current English domain name for various reasons (e.g., persistent organization names, trade names, trademarks, etc.), then according to the principles of the present invention, a virtual domain name will be used. The new English domain name can be used to serve by concatenating the current domain name. In other cases, the business may promote a local language virtual domain name for local users. This is because local language virtual domain names make it easier for regional users to store more meaningful regional documents and to make typing easier.

FIG. 1 is a diagram showing a path for requesting and responding to a domain name in an arrangement (equipment) of the present invention selected with DNS. First, a user enters a local language virtual domain name at the party's host. Second, the present invention converts the virtual domain name into a corresponding English real domain name. English is fully compatible with current DNS systems. Third, the user host sends a request for a converted real domain name to the DNS server for the domain name of the server host requiring the IP address. The regional DNS server stores the domain name and the corresponding IP address of the selected host organization or host crust. Fourth, the local DNS server queries the domain name in the file. Suppose region D
If the NS server recognizes the domain name in the file, it will send the corresponding IP address back to the user's host. If not, regional DNS
The server makes a request to the DNS server of the closest route.
Approximately 1 to maintain comprehensive information on the current domain name and the corresponding IP address of each Internet domain
There are three root DNS servers. If the root DNS server does not recognize the domain name in the file,
It sends it back to the DNS server in the corresponding IP address area. The regional DNS server sends back to the user host's IP address. Thereafter, a connection is established between the user host and the server host to which the user has requested access using the IP address following the TCP / IP protocol. The process of routing the domain name request and response occurs automatically and is shown to the user perfectly. In a preferred configuration, the translation system of the present invention is performed at the user host before the domain name request is sent to the regional DNS server.

FIGS. 2 to 4 show the process of converting the real domain name in English that matches DNS into a virtual domain name entered in the local language, and also displays the close Internet site on the user computer and the Internet. Indicate negotiation. The translation system provided at the user host begins at step (201) and receives a domain name entered by a user (202). Domain names are generally local languages,
It can be entered entirely in English or a combination of local language and English characters.

The conversion process includes a question as to whether a certain part of the domain name is in the local language (203). If the entire domain name is English, the domain name does not require any conversion, and thus ignores the conversion process, and the present invention directly transmits the request for the domain name (206). If the requested domain name exists, the Internet site having the English domain name is displayed on the user's computer (228). The present invention also sends the English domain name to a server, which circulates information of similar sites and creates a list of such information on the user computer (218 and 229). For example, 'www
w. samsung. com ', the English domain ignores the conversion process. If such information is stored in the receiving server, 'www. samsun
gmall. com's Internet site is displayed on the user's computer, and 'www. lott
e. com 'like' www. samsungmal
l. com's similar sites are listed.

If some portion of the domain name entered by the user is a local language, the present invention generates a unique cryptographic code for the entered virtual domain name (204). Then, the conversion process creates another query as to whether the input domain name exists in the learning memory of the present invention (205). For example, if the user

[Outside 58] If you enter

[Outside 59] Is determined in the learning memory. The learning memory maintains a virtual domain name and a real domain name when the user surfs the Internet. Then, the present invention

[Outside 60] It is determined whether there is a site having a real domain name corresponding to (2) (207). For example, the real domain 'www. samsungmall. co
m 'and' www. samsongmall. co
m 'is

[Outside 61] The present invention, if present for 'www. samsu
ngmall. com 'and' www. samseon
gmall. com ′ is downloaded (222). The present invention also provides

[Outside 62] , 'Www. samsungmall. com 'and' www. samsongmall. com 'is sent to the server for similar site information (218). The rest of the process is similar from this point.

[0111] If

[Outside 63] If does not exist in the learning memory, it is

[Outside 64] Means that was first input to the conversion system,
The present invention breaks it down (208). Said

[Outside 65] Is' www. '(210) and

[Outside 66] (209). Then, since the 'www' is in English, it will bypass the conversion process (210). Said

[Outside 67] Is the coded part

[Outside 68] And individual defined parts

[Outside 69] Is further divided into The coded part

[Outside 70] Will convert to 'com', as shown in FIG.
Individual defined part

[Outside 71] Will convert (212) to multiple real domain names using the example knowledge database as shown in FIG. Said

[Outside 72] The above-defined individual part converted to 'sam
It could be a combination of various other phonemes such as 'sungmall', 'samsongmall' and 'psalmsungmul'. The conversion process of the individual-defined portion is performed until all the individual-defined portions of the local language are completed (213). After all decomposed parts have been transformed, the present invention combines and lists all transformed parts (214). One local domain

[Outside 73] In contrast, various real domain names are available at 'www. s
amsmall. com ',' www. sams
eongmall. com ',' www. samseu
ngamll. com 'and' www. psalmse
ungmaul. com '. If there is one or more converted real domain names, the invention lists (215 and 216) the most likely real domain to the least real domain.

The knowledge database of the present invention is configured with priorities based on the frequency and importance of related phonemes and English alphabets. Further, a weighting factor is applied to the transformed real domain to set the order from the real domain with the most to the domain with the least (216). A simple example of such a weighting factor is shown in the following virtual domain name and the corresponding converted real domain name. Real domain name 'www. cinepark. com 'and' www.
sinepark. com 'is one virtual domain

[Outside 74] Can be two converted domain names. The local language

[Outside 75] Can have the same phonemes as 'cine' and 'sine' in English,

[Outside 76] Can be converted to 'cine' and 'sine'. However, higher weighting factors are available from 'www. sinepark.
com 'to' www. cinepark. com '. Because 'sine' is Korean

[Outside 77] 'Park' is English and is formed from different languages, but 'cine' and 'p'
This is because ark 'is formed from English of the same language.

After the virtual domain names have been converted to the real domain names and listed in order, the present invention sends a domain name request for a certain number of real domain names from the most probable (21).
7). 'www. samsungmall. com ',
'www. sanseongmall. com 'and' www. samseungmall. com 'is transmitted for a request for a domain name. or,

[Outside 78] , 'Www. samsungmall. com ',' w
ww. samsongmall. com 'and' www
w. samseungmall. com 'is transmitted to a server for requesting site information (218).

After requesting the domain name, the present invention determines whether or not there is a domain name that has been transmitted (21).
9). For example, if 'samsungmall. co
m ',' www. sanseongmall. com '
And 'www. samseungmall. com '
If any of the above does not forward the domain name request, the present invention displays an error message such as 'Please try with an English domain name' and displays the virtual domain name.

[Outside 79] Is updated to the learning memory (23)
0). The request for the domain name is' www. sansun
gmall. com ', the present invention is based on' www. samsung. com 'is displayed (220 and 225).

Assuming that the request for two domain names is' w
ww. samsungmall. com 'and' www
w. samsongmall. com ', the present invention is based on' www. samsungmall.
com 'and' www. samsongmall. c
The name information of the om 'site is downloaded (220 and 222). Then, the present invention uses the name information given out of the two domain names.

[Outside 80] Determines what has the only encryption code for the

[Outside 81] The same as the encrypted code generated on the user's computer according to the present invention (113). 'www.
samsungmall. com 'and' www. sa
msongmall. com's have no unique encryption code, the present invention is based on 'www. s
amsmall. com 'on the Internet site. samsungmall. co
m 'and' www. samsongmall. co
m 'creates a list of both name information,
'www. samsungmall. com 'is the first sent for a domain name request (226). If 'www. samseong
mall. com '

[Outer 82] The invention has a 'w
ww. samsongmall. com 'on the Internet site. samsungma
ll. com 'and' www. samseongmal
l. com 'creates a list of both name information (22
7).

If there is similar site information stored in the server, the server sends the information of the similar site back to the user's computer and lists it in a list box (229). For example, if 'www. l
otte. com 'is' www. samsungmal
l. com's are stored at a similar site, the server is' www. lotte. com ′ is transmitted and listed in a list box of the user's computer. This allows the user to access' www. lotte. com's Internet site. When all search and display processes are completed, the learning memory of the present invention is updated. The virtual domain name, the converted real domain name, the encrypted information and other information are updated on the user's computer, and the user can approach the same site a second time more quickly than the same virtual domain name ( 230). After updating the learning memory, the whole process of the present invention ends (231).

FIG. 5 shows an example of a conversion process from Korean to English, and shows a process of converting a virtual coding unit input in a local language into the real coding unit made of English. The first conversion method of the conversion system starts when the domain name entered by the user includes an encoding part in the local language (301). The conversion system receives a virtual coder in a local language (302). The virtual code part of the local language is decomposed into a higher-order coding part and a second-order coding part (30).
3). The virtual higher-order coding unit made of the local language converts the real higher-order code made of English into English (304). Box 205 shows English real word codes and some samples of Korean virtual words already selected by the user and corresponding to the input codes. Also, the second-order coder in the local language converts the actual second-order code into English (306). Box 307 shows English real word codes and some samples of Korean virtual words that have been selected by the user and correspond to the input codes. All parts which are now translated and coded into English are combined together and sent to step 211 in FIG. The first conversion process of the conversion system ends at step 309.

FIG. 6 shows a process of converting an individual definition region of a virtual domain name input in a local language into an individual definition region of a corresponding real domain name in English, using an example of Korean-English conversion. . The second conversion process of the present invention starts when the input domain name includes an individual definition part in a certain local language (401). The conversion system receives a virtual individual definition unit in a local language (402). The virtual individual definition unit of the local language is decomposed into another individual definition unit (403). The virtual individual definition unit composed of each local language is converted to the real individual definition units 404 and 405 in English using the knowledge database of the present invention. The numbered virtual domain name is converted to a real domain name on a one-to-one basis (404). For example,

[Outside 83] Is based on the example knowledge database 'samsun
g ′.

[Outside 84] Since it is the basic form of

[Outside 85] Is converted to 'samsung'. The unnumbered virtual domain name is converted to a real domain name based on a one-to-many correspondence method (405). For example, a Korean virtual domain name

[Outside 86] Means' goodbuy ',' goodbi ',' good
Convert to several Roman domain names such as 'dby', 'goodbye', etc. Certain virtual domain names include words that indicate industry verticals (406). For example,
Korean pronunciation for 'eun haeng'

[Outside 87] Indicates a financial institution, but most Korean banks include 'bank' in their domain names. Therefore, the exemplary virtual domain of the Bank of Korea,

[Outside 88] Is converted to 'bank', and 407 and 408 are examples of a knowledge database. After the decomposition part of the individual definition part is converted into English, the converted English parts are integrated (409).
This conversion process is performed until all the virtual real definition parts are completely converted (410). All converted and integrated English real domain names are sent to step 212 of FIG. The second conversion process of the conversion system ends at step 411.

FIG. 7 shows a case where a real language definition unit of English is input in a local language using a local language and a knowledge database of the present invention that match with the same or similar phonemes in English as a medium for conversion. The process of converting to the individual definition part or the reverse process is shown. English may be transliterated in the local language based on the knowledge database of the present invention, which matches local language children with the same or similar phonemes in the English alphabet (501).
The local language can be transliterated in English in the same way, conversely (502).

According to the present invention, the virtual individual definition unit in the local language is converted into the real individual definition unit in English in the following steps. First, the local language virtual individual definition unit is decomposed into individual alphabets or alphabet sets, and each individual alphabet or alphabet set indicates an individual phoneme in the local language. This is the reverse of the process of transferring local language phonemes to the local language alphabet (503). Second, the individual phonemes of each local language match with equivalent English phonemes having the same or similar sounds (504). Third, based on the general pronunciation of English, each English phoneme is transferred to the English alphabet or set of alphabets (5
05). In both cases, all the alphabets or sets of alphabets converted to English are integrated to form the entity definition part in English.

[Brief description of the drawings]

FIG. 1 is a diagram showing a path for requesting and responding to a domain name in an arrangement (equipment) of the present invention selected as DNS.

FIG. 2 is a view illustrating a process of converting a virtual domain name input in a local language into a real domain name in English according to a corresponding DNS, and surfing the Internet using the real domain name and existing client computers; 3 shows a display of an Internet site.

FIG. 3 is a view showing a process of converting a virtual domain name input in a local language into an English real domain name according to a corresponding DNS, and surfing the Internet using the real domain name and existing client computers; 3 shows a display of an Internet site.

FIG. 4 is a diagram illustrating a process of converting a virtual domain name input in a local language into a real domain name in English according to a corresponding DNS, and surfing the Internet using the real domain name and existing client computers; 3 shows a display of an Internet site.

FIG. 5 is a diagram illustrating a process of converting a coded area of a virtual domain name input in a local language into a corresponding coded area of a real domain name in English, along with an example of Japanese-English conversion. is there.

FIG. 6 is a diagram illustrating a process of converting an individual definition area of a virtual domain name input in a local language into an individual definition area of a corresponding real domain name in English, along with an example of Japanese-English conversion.

FIG. 7 shows a method of converting an individual definition area of a virtual domain name input in a local language into a local language phoneme and an English language as an intermediate in the conversion from the local language to English or vice versa. FIG. 7 is a diagram showing a process of converting a real domain name in English corresponding to.

Continued on the front page (72) Inventor Sim Seung-jae United States 07470 Wayne, NJ Ider Court No. 10 F-term (reference) 5B075 PP03 PP22 PQ02 QP01 5B085 BC00 BC02

Claims (52)

[Claims] 1. A domain name comprising at least one code part and an individual definition part, and using a computer system, a virtual domain name composed of a first language is converted to a real domain composed of a corresponding second language. Converting a virtual domain name into the computer system; determining whether the input domain name includes a portion of the first language; and Using the knowledge database configured to set a priority between phonemes of the first language and corresponding phonemes of the second language, and converting the virtual domain name into one or more real domains A virtual domain name; generating an encryption code for each virtual domain name; IP, which corresponds to the portion of the N'nemu
Transmitting an address, the method comprising: converting a virtual domain name to a real domain name on the Internet. 2. When the virtual domain name includes a part consisting of the first language, dividing the domain name into a first language part and a second language part; and converting the first language part into the code part. And a step of converting the code part of the first language part into a corresponding code part of the second language part. 1. The method for converting a virtual domain name into a real domain name on the Internet according to 1. 3. When the virtual domain name includes a portion composed of the first language, dividing the domain name into the first language portion and the second language portion; Dividing the individual definition unit of the first language unit into a corresponding individual definition unit of the second language corresponding to the code unit and the individual definition unit;
2. The method according to claim 1, further comprising: converting a virtual domain name to a real domain name on the Internet. 4. The method according to claim 1, wherein the first language is a language other than English for the user, and the second language is English. Method. 5. When the virtual domain name includes a part consisting of the first language, dividing the domain name into a first language part and a second language part; and converting the first language part into the code part. And converting the code part of the first language part into the code part corresponding to the second language, and the individual definition part of the first language part. To the corresponding individual definition unit consisting of the second language,
2. The method according to claim 1, further comprising: converting a virtual domain name to a real domain name on the Internet. 6. A step of bypassing a portion of the virtual domain name that is already in the second language, and matching a portion converted to the second language with a corresponding portion of the real domain name. 6. The method according to claim 5, further comprising: converting a virtual domain name to a real domain name on the Internet. 7. The method according to claim 1, further comprising determining whether there is only one physical domain name in the second language corresponding to the virtual domain name input to the computer system. 7. The virtual domain name on the Internet according to claim 6, wherein if there is only one real domain name in the second language, the one real domain name output from the computer system is used. How to convert to a real domain name. 8. If there is at least one real domain name in the second language corresponding to the virtual domain name input to the computer system, the corresponding domain name in the second language is entered. 7. The method according to claim 6, wherein a real domain name existing on the Internet is displayed, and one of the real domain names is selected by a user. 9. Converting the code part of the first language into a corresponding code part of the second language, wherein the code part of the first language is converted into a top-level code part and a second-level code part. And converting the top-level code part of the first language into a corresponding top-level code part of the second language. Converting a virtual domain name on the Internet according to claim 5, further comprising the step of: converting a level code part of the second domain code into a second level code part corresponding to the second language. How to convert to a domain name. 10. The step of converting the top-level code part of the first language into the corresponding top-level code part of the second language, the step of converting the top-level code part of the first language Matching the part with the corresponding top level code part of the second language, wherein each top level code part of the second language is equivalent to the equivalent of the first language. 10. The method of converting a virtual domain name to a real domain name on the Internet according to claim 9, wherein the top level code part is already contracted. 11. The step of converting the second level code part of the first language into the second level code part of the second language corresponding to the second level code part of the first language, The level code part of
Corresponding to the second level code part of the second language, wherein each second level code part of the second language is the first level code part of the first language.
10. The method of converting a virtual domain name to a real domain name on the Internet according to claim 9, wherein the equivalent second level code part consisting of a language is already contracted. 12. The method according to claim 11, wherein the first language is a language other than English for the user, and the second language is English. Method. 13. The step of converting the top-level code part of the first language into the corresponding top-level code part of the second language, the step of converting the top-level code part of the first language Dividing the phoneme into at least one individual character indicating one phoneme; changing the phoneme of the first language in conformity with the phoneme of the second language; and the top-level code of the first language 10. A virtual domain name on the Internet according to claim 9, comprising: matching all of the adapted and changed phonemes to the top-level code portion comprising the second language. How to convert to a real domain name. 14. The step of converting the top-level code part of the first language into the corresponding top-level code part of the second language, the method comprising: Converting the top-level code portion of the first language into the corresponding top-level code portion of the second language based on a principle of transliterating one language into the second language; 10. The method according to claim 9, further comprising: matching all transliterated characters indicating the top-level code portion of the first language with the top-level code portion of the second language. How to convert a virtual domain name to a real domain name. 15. The step of converting the second level code part of the first language into the second level code part of the second language corresponding to the second level code part comprises the first language. Dividing the second level code portion into phonemes; changing the phoneme of the first language to match the phonemes of the second language; and the second level of the first language Aligning all of the adaptively changed phonemes with the second level code portion comprising the second language, indicating a code portion;
10. The method of converting a virtual domain name to a real domain name on the Internet according to claim 9, comprising: 16. The step of converting the second level code part of the first language into the corresponding second level code part of the second language, the method comprising the steps of: The second level code portion composed of the first language is converted into the second language corresponding to the second language based on the principle of transliterating the first language into the second language according to the standard pronunciation of the first language corresponding to the second language. Converting the characters into the second level code portion of the first language, the transliterated characters indicating the second level code portion of the first language are all converted to the second level code portion of the second language. 10. The method of converting a virtual domain name to a real domain name on the Internet according to claim 9, comprising: matching. 17. The step of converting the individual definition unit of the first language into the corresponding definition unit of the second language, comprising the steps of: Converting the at least one individual definition unit of the first language included in the virtual domain into a corresponding one of the individual definition units of the second language. 6. The method according to claim 5, wherein the virtual domain name is translated and transliterated. 18. The step of converting the individual definition unit composed of the first language into the corresponding individual definition unit composed of the second language, comprises the steps of: Dividing the phoneme of the first language into at least one individual character indicating one phoneme, translating the phoneme of the first language into a phoneme of the second language, and transliterating the phoneme; 18. The method according to claim 17, further comprising: matching all of the translated and transliterated phonemes with the five-body definition unit of the second language. How to convert to. 19. The step of converting the individual definition unit composed of the first language into the corresponding individual definition unit composed of the second language according to a standard pronunciation of the first language. Converting the individual definition unit composed of the first language into the corresponding individual definition unit composed of the second language based on a principle of translating the first language into the second language; Transliterated characters indicating the individual definition part,
Editing all in the individual definition part of the second language;
18. The method of converting a virtual domain name to a real domain name on the Internet according to claim 17, comprising: 20. By using the phonemes of the first language and the second language, the second individual definition unit composed of the first language is converted to the corresponding individual definition unit composed of the second language. The step of translating comprises translating each of the individual characters into the first language, as opposed to transliterating the phonemes of the first language into characters of the first language.
Dividing the individual definition part of the first language into individual characters to indicate to the individual phonemes of the language; and the equivalent of the individual phonemes of the first language having substantially the same pronunciation. Matching bilingual phonemes; translating each phoneme of the second language into a corresponding second language character based on the standard pronunciation of the second language; 19. The method according to claim 18, further comprising the step of: adjusting all of the virtual domain names to the second language. 21. Converting the virtual domain name part of the first language into a corresponding real domain name part of the second language,
2. The method of converting a virtual domain name to a real domain name on the Internet according to claim 1, wherein the request for the real domain name is processed by a host computer system before being sent to a DNS server. 22. The method of converting the portion of the virtual domain name of the first language into the real domain name of the second language is performed before the request for the real domain name is sent to a DNS server. The method according to claim 1, wherein the virtual domain name is converted to a real domain name over the Internet. 23. The method according to claim 1, wherein the computer system is mounted on a wired telephone. 24. The method according to claim 1, wherein the computer system is mounted on a wireless telephone. 25. The method according to claim 1, wherein the computer system is mounted on a PDA. 26. The method according to claim 1, wherein the computer system is mounted on a TV set-top box. 27. The method according to claim 1, wherein the computer system is installed in a home electric appliance. 28. The method of converting the virtual domain name of the first language to the real domain name of the second language, the method comprising: converting the virtual domain name to a local language of the first language; Creating a database so as to have a knowledge database for phonemes and words in the two Roman languages, generating a unique encryption code according to each virtual domain name input in the local language, and each encryption code Converting the virtual domain name into the real domain name, separating and outputting the real domain name, and performing the Internet surfing on the real domain name converted from the virtual domain name to request and output related information. And following the Internet surfing How to convert virtual domain name to a real domain name on the Internet, characterized in that it comprises a learning memory recording a habit, a. 29. The knowledge database, when using the Internet, based on the frequency and importance of the real domain name of the second language, based on frequency and importance of the individual phonemes and words of the second language in the second language. By giving weight to the Roman phonemes and the alphabet,
29. The method of claim 28, wherein a priority is set based on the corresponding phonemes of the second language and the alphabet. 30. When a plurality of real domain names corresponding to the one virtual domain name are converted, the real domain name having the highest possibility of existence and the real domain name having the lowest possibility according to the set priority. How to list in order. 31. The knowledge database according to claim 26, wherein one of the phonemes and words of the second language of the Roman alphabet is pronounced in many different types as the first language of the local language. 29. The method according to claim 28, wherein when a plurality of types of the virtual domain names are inputted, the virtual domain names are converted into the corresponding one real domain. 32. The knowledge database assigns numbers to the phonemes and alphabets of the Roman alphabet of the second language corresponding to the individual phonemes and words of the first language, so that the virtual domain names of the first language 29. The method of converting a virtual domain name to a real domain name on the Internet according to claim 28, wherein when the input includes the corresponding numbers, the real domain names are converted into one real domain name corresponding to each of the numbers. . 33. The cryptographic code includes information on a name of the virtual domain, a type of the local language, an effective date of the cryptographic code, and an IP address of a server to which the real domain name is assigned, and other information. 29. The method according to claim 28, wherein the virtual domain name is converted to a real domain name on the Internet. 34. The computer according to claim 2, wherein all of the user's host computers generate only one encryption code for the one virtual domain.
8. The method for converting a virtual domain name into a real domain name on the Internet according to item 8. 35. The cryptographic code for the one virtual domain name is assigned to only one of a number of real domain names that can exist for the virtual domain name, and has the assigned real domain name. 29. The method as claimed in claim 28, wherein the virtual domain name is converted to a real domain name on the Internet, which is recorded on a server, such as title information of an Internet site. 36. The virtual domain name on the Internet according to claim 28, wherein all management such as assigning and changing the encryption code is performed by an encryption code management server in charge of the management. How to convert to a name. 37. The learning memory according to claim 32, wherein the learning of the Internet user is recorded in a host computer of the user so that the learning memory is immediately updated by the user-centered Internet surfing. 29. The method of converting a virtual domain name to a real domain name on the Internet according to claim 28. 38. The learning memory corresponds to a name of the virtual domain input by the user, a name of a real domain selected by the user corresponding to the name of the virtual domain, and a name of the real domain. The method for converting a virtual domain name to a real domain name on the Internet according to claim 28, wherein the method is a method of recording an encryption code or the like. 39. If the name of the virtual domain input by the user is present in the learning memory, the method further includes directly converting the name of the virtual domain into a corresponding real domain name and then starting the Internet surfing. The method for converting a virtual domain name to a real domain name on the Internet according to claim 28. 40. In the method of surfing the Internet using the converted real domain name from the virtual domain name, if the converted real domain name is one, request the DNS for an IP address corresponding to the one real domain name. 29. The method according to claim 28, further comprising surfing the Internet with the IP address and connecting the host computer of the user to the virtual domain name on the Internet. 41. In the method of surfing the Internet, when there are a plurality of converted real domain names, starting from a converted real domain name having a high possibility of existence according to a set priority, converting the least likely one. IP to DNS in order until real domain name
29. The method as claimed in claim 28, wherein a request for an address is made to determine whether the converted real domain name exists and whether or not it can be activated. 42. In the method of surfing the Internet, if there is only one converted real domain name, surf the Internet with the IP address of the real domain name and change the host computer of the user. The method for converting a virtual domain name to a real domain name on the Internet according to claim 28, wherein the linking is performed. 43. In the method of surfing the Internet, if there are a plurality of existing converted real domain names, an existing converted real domain having the highest priority is set according to a set priority order. Starting from the name, Internet surfing is performed at each of the IP addresses in the order of the converted real domain name having the lowest priority, and server information such as title information of the IP address is downloaded and received. 29. The method of converting a virtual domain name to a real domain name on the Internet according to claim 28. 44. The method of surfing the Internet, further comprising the step of, if the converted real domain name exists in a plurality, confirming that an encrypted code exists among the plurality of downloaded title information. The method of converting a virtual domain name to a real domain name on the Internet according to claim 43. 45. The method of surfing the Internet, wherein the plurality of converted real domain names are present, and if the encrypted code is present among them, the real domain name having the encrypted code is provided. The host computer of the user is preferentially connected to the Internet site of the present invention, and the name of the remaining converted real domain and the title information are arranged in another list box or container so that they can be selected by the user. The method of converting a virtual domain name to a real domain name on the Internet according to claim 44. 46. In the method of surfing the Internet, when a host computer of the user is preferentially connected to an Internet site of the real domain name having the encryption code, a local language embedded in the encryption code is used. 46. The virtual domain name on the Internet according to claim 45, wherein the virtual domain name is linked to the page prepared in the corresponding local language among the web pages of the Internet site using the information about the type of the web site. How to convert to a real domain name. 47. In the method of surfing the Internet, if the plurality of converted real domain names exist but the encryption code does not exist among them, the conversion having the highest priority according to the set priority order is performed. The user's host computer is preferentially linked to the Internet site of the real domain name
45. The name of the remaining existing converted real domain and the title information are arranged in another list box or container so that the user can select any one of them. How to convert a virtual domain name to a real domain name on the Internet as described. 48. In the internet surfing method, when the user selects the name or title information of the real domain arranged in the list box or the container, the host computer of the user selects the real domain selected by the user. 49. The method of converting a virtual domain name to a real domain name on the Internet according to claim 47, wherein the method is connected to an Internet site of the name. 49. In the Internet surfing method, when a real domain name to which the host computer of the user is connected is determined, the determined real domain name, a corresponding virtual domain name and downloaded title information are determined. 29. The method according to claim 28, further comprising the step of sending a request to a specific server and requesting new information related to the sent information. how to. 50. The specific server, having received the request for the related information, inquires whether there is related information for an Internet site or a web page of the real domain name to which the host computer of the user is connected; If there is related information such as products and services or a guide burner, it is sent to the user's host computer and arranged in another list box or container so as to be selected by the user. 50. The method of converting a virtual domain name to a real domain name on the Internet according to claim 49. 51. In the method of surfing the Internet, when the user selects the contents of the list box or the container in which the described related information is listed, the user's host computer is connected to the selected related site. 50. The method of claim 50 wherein
How to convert a virtual domain name to a real domain name on the Internet as described. 52. In the method of surfing the Internet, the host computer of the user is connected to an Internet site of a specific real domain name by the method, and at the same time, there exists a similar domain among the remaining converted real domain names. Showing a list box or container listing names; and simultaneously providing a list box or container box for guiding information on competitive sites, products and services associated with the Internet site to which the user's host computer is connected. 3. The apparatus according to claim 2, wherein the user can simultaneously use information related to the name of the similar domain.
8. The method for converting a virtual domain name into a real domain name on the Internet according to item 8.