KR20000072121A - systematic domain name server and operating method thereof - Google Patents

Abstract

PURPOSE: A domain name server building system and an operation method of the same are provided for clearing a recognition of a domain service system with respect to a domain name demander and a user and building an independent domain name service system based on each country. CONSTITUTION: A user who wants operates an internet site generates a Korean domain name in korean which will be used in an internet site and directly registers to a domain name registration organ or requests a domain registration to a registration proxy organ for thereby obtaining a Korean domain name. The Korean domain name registered in the name server of the registration organ is stored into a name server DB as a Korean information. Therefore, the match of the Korean domain address with respect to the internet site is directly performed without converting to English.

Description

Domain name server construction system and its operation method

The present invention relates to a new country-specific operating system of domain names that define website addresses. In particular, the domain name system is defined under each country's domain in step 1, which is the top-level domain under the root domain, by industry, industry, and business name. By constructing and attaching domains with rankings according to stars in each language in each language, it is possible to clarify the name service system for domain name consumers and users.In addition, each country can build its own domain name service system based on national language codes. It relates to a domain name server construction system and its operation method.

Every server computer providing information to the Internet is given a unique number (IP address) generated by a 32-bit number combination. This unique number becomes the identification number of the individual server computer, which is the Internet address of the server computer.

The Internet address of the server computer is divided into 4 groups of 8 bits each and is represented by a dot, and each group is represented by one of numbers 0 to 255 made of a combination of 8 bits. This is called an Internet public IP address.

However, the above Internet address is displayed only in a number of numbers, which causes considerable confusion and difficulty in understanding or remembering the Internet address of a specific site. In order to solve this problem, the Internet address of the numeric combination is converted into the Internet address of the string combination. This is the domain name.

The domain name required for the construction of the site on the Internet should be composed of only alphanumeric characters and hyphens as prescribed by the interNIC. The domain name should be 255 characters long and the length of the entry. Under the rule that must be a certain number (2 ~ 63 characters), com, net, org are registered and managed by American Tunic and kr, jp, etc. as designated domains of each country by KRNIC and JPNIC respectively.

In the case of the com domain, which is one of the top level domains, the identifiable number of Internet domains is a number of 32-bit combinations, which may theoretically reach billions, but it is widely known to many people because of the nature of the Internet. Internet domain names that are easily accessible to many people are limited, and most of these domain names are owned by developed countries or developed companies.

As a result, latecomers who are behind in the domain name competition are not only able to obtain Internet domain names related to their business or business, but also cannot register any domain names that can be easily recognized in relation to their business or business. . In other words, all available domain names are depleted in reality.

On the other hand, in the use of the Internet, when comparing the citizens of non-English culture countries and the citizens of English culture countries including the United States, the citizens of non-English culture countries are very disadvantageous.

Competitiveness in using the Internet is determined by how quickly the desired site and the information contained in the site can be obtained. Since the Internet domain name is based on English characters, the recognition of the meaning of the search domain name There is a tremendous difference between the people of English culture and non-English cultures in terms of degree and inference ability, so the speed of internet use of non-English culture citizens is incomparably different from that of people of English culture.

When a user wants to access a site having a specific domain name on the Internet, an English user can reach a destination site exactly as he or she wants to go by typing the recognized English word directly into a URL window of a web browser.

On the other hand, citizens of non-English culture countries including Korean culture should think of their domain name in their head language as their own language, and convert the considered national language into English and type it in English in the domain location field of the web browser.

However, most of the citizens of non-English culture countries have a slower typing speed compared to the typing speed of their native characters, so the handicap that appears here causes a decrease in the speed of internet usage.

In addition, the wide range of English translation errors for words in non-English cultures causes DNS search errors due to input errors in the URL window of a web browser that requires full domain address matching.

For example, if you want to get information about "Geumgangsan" which is one of the names of Korea, if you don't know the exact name and domain name of Kumgangsan, you want to predict Kumgangsan English notation such as kumgangsan, kumkangsan, gumgangsan, mtkumgang You must enter one expected domain name until it matches the actual registered domain name of the Kansan site.

In particular, Internet domain names secured by companies in non-English culture countries are also written in English letters without exception. For example, the domain name of Lotte Confectionery Company in Korea is lotteconf.co.kr, the domain name of "Chamzone Cosmetics" is charmzone.co.kr, and the domain name of "Ssangyong Group" is ssy.co.kr. However, it would be very difficult for ordinary Internet users to predict the domain names of the three companies' Internet home sites.

This problem is present not only in Korean culture that uses Hangul but also in non-English culture countries. In the case of Japan, the Japanese English domain notation of the word "map" may be represented as tizu, tiju, tizoo, chizu, chizoo, chijoo, and the like. In addition, in the case of China, the Chinese alphabetic domain representation of the word "telephone book" may be expressed as dianhuabu, dianhwabu, dianwhaboo, dianhuabuo, and the like.

Therefore, many Internet users in non-English cultures avoid using the web browser's URL window when using the Internet, and use a web search engine based on their own language. However, if you enter the name of the site you want to find in your own language (non-English culture country's language) in the search box of the search site, you can find the exact domain name for the target site of your desired national name.

To do this, the national language search site itself constructs a database of information related to the words of the country and the domain name corresponding to the words of the country, and when a search request for the national language registered in the database is entered, all domains related to the search word are entered. Will be called and displayed. However, finding a website with the domain address you want through an internet search engine is not so easy.

The reason for this is that when searching a website with a domain address of a specific national name using a search box, the search request input language of the national language is searched with wildcards, so in many cases, numerous other sites related to the domain name of the national language name are searched. Searched with domain addresses. In other words, it is very difficult to find a site that one wants from a number of unwanted sites in the search results, and the search efficiency is extremely low, resulting in an increase in search time due to an increase in the number of clicks.

As such, the disadvantages of using the Internet within non-English cultures over English cultures are undermining the competitiveness of individuals, companies and countries.

An object of the present invention is to construct a domain name system that defines a website address step by step to have a ranking according to each country, industry, industry, business name, etc. to clarify the name service system for domain name users and users In addition, the present invention is to provide a domain name server construction system and its operation method that can build an independent domain name service system based on national language codes in each country.

Another object of the present invention is to build a domain name server system based on a native language in a non-English-speaking country that can raise the speed of Internet use of non-English-speaking people, including Korean culture, to a level equivalent to that of English-speaking people. To provide a method of operation.

It is still another object of the present invention to provide a domain name server construction system and a method of operating a domain name server that can be newly expanded and re-created as many as the current registration for each country.

1 is a configuration diagram of a domain name system on the Internet.

2 is a block diagram of a national language-based domain name system in each country according to the present invention.

3 is a flowchart illustrating a name server execution under a domain name system according to the present invention.

In order to achieve the above object, the present invention provides an English letter newly defined for each country in order to register and operate a national language domain name in each country (for example, Korea is kor, Japan is jap, China is cha, and US is usa, France are fra, etc.), and the name of the secondary domain (secondary domain) extension following the primary domain (top-level domain) extension name and the domain (secondary parent) extension name below is defined as the national language of the country. By registering and executing the service, the public can define a website address in their own language based on their country code.

Hereinafter, the present invention will be described.

To build an Internet site, you must have a unique domain address worldwide.

Referring to the classification system of domains, as shown in Fig. 1, all domains around the world have a hierarchy of inverse trees starting from the root domain.

The root structure of the root domain is composed of org, net, com, kr, jp, fr, to, and the like as a top-level domain, and co, ac, or, and the like are the next higher domains that become respective sub-structures of these top-level domains. In addition, as a substructure of these second-level domains, domains such as company names and individual names are formed.

The new domain name will only be available if registration is allowed by a US Internet agency to maintain the worldwide unity of the domain name.

Typically, Internic in the US registers and manages top-level domains such as com, net, org, and the com domain is targeted to businesses or organizations for profit, and the net domain is limited to organizations that manage the network. The org domain targets non-profit organizations. The top-level domain used in the US, the edu domain, is targeted at four-year colleges and universities, and the gov domain is targeted at US federal agencies.

Among them, the com domain is the most popular top-level domain, and many companies around the world prefer the com domain as the top-level domain, which is currently almost saturated. Therefore, it can be said that it is practically impossible to register a com domain through a word or letter combination having a specific meaning.

However, even when the com domain is depleted as described above, using the "domain name registration service method using a native language" proposed by the present applicant, a new top-level domain can be additionally re-created as many existing registrations. That is, even in the complete depletion of the com domain, the present application can additionally generate second and third domain names identical or similar to the meanings of domain names already registered according to the above-described method.

Existing registered domain names are made of a combination of letters and numbers that have a specific meaning or sequence of characters based on English. Therefore, to access a specific Internet site or register a new domain name by using a computer, citizens of countries that do not speak English as a native language can switch the key keyboard connected to the computer from national language mode to English mode and then monitor the computer. You must key in certain English characters in the URL window, search box, or domain name registration window of the website screen shown above.

In this case, when the computer user inputs the national language word recognized by the computer user while maintaining the key keyboard of the computer in the English mode, an unspecified English character array appears on the screen. The unspecified English character array obtained in this case is inconsistent with the consonant and vowel systems of English words in most cases, so the probability of overlapping with the registered domain name is extremely low.

Therefore, it is possible to secure a new domain by registering an invalid alphabet array generated when keying a native language in English mode as a domain name and recognizing the domain name as a native language word on a key keyboard.

The present invention is based on a native language domain re-creation method including the above Hangul.

So far, the DNS system maintains an alphabetic address code set as an existing country code (name), for example, kr for Korea, jp for Japan, and fr for France, as the top-level domain, and the English code for each country (English name). The following subordinate or subordinate address codes are constructed with name servers based on alphabetical characters classified into their respective categories.

For example, in the case of Korea, the domain address recognition according to the DNS system is recognized from the primary domain, which is the last domain, so if the primary domain is "kr", it goes to the server of the Korea Internet Information Center (krnic). . First, the domain address entered into KRNIC's name server, which manages Korea's country code, connects the user's computer to the server computer with the second and second alphabetic domain addresses.

However, in order to establish a stimulus-based DNS system for each country, it is necessary to establish a separate country code. For example, "kor" in Korea, "jap" in Japan, and "fra" in France can be set. In addition, national language-based country codes will be used by most of the people of the country, so the national language of the country can be adopted as it is.

In this case, in order to establish a national language-based DNS system for each country, a new national language code is generated for each country, which is separate from existing country codes (kr for Korea, jp for Japan, fr for France, etc.). Internet users are burdened to recognize both national codes and national language-based country codes and use them accordingly.

This may be inconvenient for Internet users, but on the other hand, it may be more convenient because it clearly distinguishes the direction of access of Internet domain addresses.

If the generation of new country code brings additional inconvenience to Internet users, it is possible to construct a national language-based DNS system using the existing country code.

In this case, the next higher domain address following the country code (kr for Korea, jp for Japan, fr for France, etc.) is classified as English name or Korean name. If it is English name, Internet server according to the existing English DNS system. If the user's computer is connected to the address of the computer and the name of the next higher domain address is the national language name, the user's computer should be connected to the server computer of the Internet domain address where the user's computer is input according to the national language DNS system.

2 illustrates the national language based next-order domain tree structure described above as an example of Korea.

Furthermore, Korea can be defined as "gksrnr" and Japan as "nihon". This may be connected to the name server of each country's domain name management center (krnic in Korea) and may be displayed in a native language such as "Korea" and "nihon".

The following is the creation and registration process of Hangul domain name to be operated under Hangul-based DNS system.

A person who wants to operate an Internet site will obtain the Hangul domain name by generating the Hangul domain name of the domain name to be used for his or her Internet site and registering it directly with a domain name registrar or by requesting his registration to a registrar.

The Korean domain name registered in the name server of the registrar is stored as Korean information in the name server DB. Therefore, the Hangul domain address match for the Internet site is performed as it is without conversion to English characters.

Accordingly, the Internet address system can be made as follows.

"www.modern.com" or

"Modern.com" or

"Web. Hyundai. Enterprise.kr"

In addition, if the Korea Internet Information Center has registered "gksrnr" (Korea) as a Korean national identification code as a Korean national identification code, it is possible to construct a Hangul-based DNS system as follows.

"www. Hyundai. Company. Korea" or

"Hyundai Company. Korea" or

"Web. Hyundai. Company. Korea."

In this way, it is not necessary to have a separate plug-in flow diagram on the user's computer or DNS server computer to convert Korean character input information into English character information as a domain name. Here, the Korean domain name "company" corresponds to "co" in English. Therefore, "www.hyundai.co.kr" means the same Internet domain address as "Web. Hyundai. Company. Korea."

As expected from this, the Hangul extension corresponding to the "com" extension is "company" or "company", the Hangul extension corresponding to the "net" extension is "network", and the Hangul extension corresponding to "go" is " Government ", and the Hangul extension corresponding to" org "may be expressed as" organization ". In this section, I will just give an example of the Hangul extension corresponding to the English extension, but I do not want to confirm it.

In order to avoid confusion among Internet users, a separate country code is set for each country ("kor" in Korea, "jap" in Japan, "fra" in France), etc.). Can be done.

An example is shown below.

"www .---. Hyundai.kor"

"www .---. japanese.jap"

"www .---. French Characters.fra"

Unlike the national language-based domain name registration and service method described above, a domain name system having an extension for recognizing the national language code of each country may be constructed in front of the unique code of each country.

The following is an example of the national language DNS system using the national language recognition extension, one for each country.

Hangul is the abbreviation of hangul using hg "www. Hyundai.hg.kr"

Japanese uses nh, the abbreviation of nihon, to use "www.Japanese characters.nh.jp"

Chinese uses jf, the abbreviation of jufin, to use "www.Chinese national characters.jf.cn"

Figure 3 illustrates the name server service execution process under the national language-based DNS scheme according to the present invention.

For example, in the case of the national name server service process in Korea, if the top-level domain name inputted from the user's computer to the name server computer is inputted as gksrnr (Korea) or kr or kor (pre-committed), etc. The domain address information is searched on the Korean Hangul Domain Name Server to find the IP address of the Internet server computer of the corresponding address using the Korean-based domain name and connect the server computer to the user computer.

At this time, whether the next higher domain name is a Korean domain or an English domain is determined by the Korean recognition program. If the next higher domain name is an English letter, the user uses the IP address of the server computer of the website to be searched on the user's computer according to the existing English letter-based domain name server system. Connect your computer. If the next higher domain name is Hangul-based, the user's computer is connected to the IP of the website having the Hangul domain name registered in the Hangul domain name server.

If the top-level domain name is kr and the next higher-level domain name comes from the previous example, hg, which stands for Hangul domain name notation, selects the Korean domain name server and connects the user's computer to the IP address of the site registered on the server.

In this way, a non-English country-based DNS system can be established in a non-English country, and as a result, an additional number of additional domain names that have a substantially identical or similar meaning to the existing domain name can be created. It becomes possible.

Meanwhile, in order to implement the Hangul domain system in the URL window, an English-Korean automatic conversion program based on the English / Korean automatic recognition program is used. For example, when entering Korean domain address "politics" to be accessed in the URL window, even if "wjdcl" is entered in the URL window by inadvertently entering "politics" in the English keyboard, the English-Korean automatic conversion program The URL window can be displayed as the Korean domain "politics."

According to these criteria, even if the Korean domain registered in the name server is input in the English mode of the keyboard, the domain name of the Korean system, that is, the domain name of the national language system, is displayed.

As described above, the present invention provides a unique effect that the citizens of non-English culture countries, which lag behind in securing the domain name, can obtain and use their own language as their domain name. Will appear.

In addition, the present invention can apply a new domain name for each non-English speaking country to the Internet popular domain currently saturated, the unique effect that can eliminate the domain depletion state.

In addition, the present invention can be clarified the name service system for the domain name users and users by constructing the domain name system that defines the website address in stages to have a ranking according to each country, industry, industry, company, etc. The effect is shown.

In addition, the present invention is able to build a unique domain name service system based on the national language code in each country.

Claims (4)

For the registration and operation of the national domain name in each country, the extension name of the primary domain is newly defined in each country, and the name of the secondary domain extension following the primary domain extension and the extension below is the local language of the relevant country. By defining and executing registration and name server service, general public can define website address in their own language based on their country code. The method of claim 1, wherein the extension name of the primary domain by country maintains the existing national language domain name (kr, jp, fr), and the secondary domain name recognizes the national language and the English language by using the national language automatic recognition program. If the domain name server construction system and its operation method characterized by operating the national language domain name server system by switching to the native language-based DNS system. The method of claim 1, wherein a national language-based DNS system and an English-language DNS system are inserted by inserting a national language code (for example, hg, nh, jf, etc.) to distinguish the national language domain name operating system before the extension name of the primary domain of each country. Domain name server construction system and its operation method characterized by distinguishing. According to claim 1, If the national language domain name is input to the national language domain name server in the alphabetic array by inputting the registered national language domain name in the URL window of the user's computer, the national language domain name corresponding to the alphabetic character array is retrieved URL A domain name server construction system and method for operating a domain name server characterized by causing the display to be displayed in a native language in a window.