KR100738519B1 - System for providing search information and storage medium for saving program of executing the same - Google Patents

Abstract

A method for processing an Internet address using a native language and a recording medium storing a program for executing the same are provided to offer a mode for effectively determining a native language expression and the URL, and effectively use the native language expression including a dot. A connection term inputted to the web browser is classified into the connection term including dot and the connection term not including the dot(S1030). The connection term is secondarily classified whether a character string next the dot in the connection term including the dot is over the number of bits of a TLD(Top Level Domain)(S1050). The connection terminal is determined as the native language if the dot is not included or the number of bits next the last dot is over the number of the TLD. If the connection term is not determined as the native language in the first and second classification, the connection term is determined as the URL(S1090).

Description

Method of processing Internet address using national language notation and recording medium recording program for executing the same {System for providing search information and storage medium for saving program of executing the same}

1 is an overall configuration diagram of a national language notation service system according to a first embodiment of the present invention.

2A to 2E are flowcharts illustrating various forms of an Internet address processing method using national language notation according to the first embodiment of the present invention.

3 is an overall configuration diagram of a native language marking service system according to a second embodiment of the present invention.

The present invention relates to a method of processing an Internet address using a national language notation, and more particularly, to a more effective way of determining whether a string input to a web browser is a national language or a URL.

Local language internet address is Internet connection service that can use Korean, English, numbers such as company name, product name, service, phone number, mobile phone number, anniversary, etc. as internet address instead of English internet address starting with www. Serviced by the applicant.

For example, if you are looking for the website of Chosun Ilbo in Korea that uses Hangul as your native language, just enter either "http://www.chosun.co.kr" or "Chosun Ilbo" to go to the Chosun Ilbo website. To make it possible.

A method of providing such a native language internet address is disclosed in Korean Patent No. 317059, for example. The 317059 patent is a patent in which the applicant has registered the name of the invention "Local Language Marking Service System of Internet Address". The patent includes a database, a domain name server, and a national language marking server for storing a national language mark and a corresponding URL or IP address. Receives the string provided from the web client to the domain name service server through the user's web browser and determines whether it is a URL or a national language notation, and if the URL is provided to the domain name service server, and if the national language notation is provided to the national language notation service server. A method of processing the national language notation is disclosed.

In the meantime, the method of determining whether the national language notation is a URL or the national language notation is carried out through whether or not 'www' is included, whether 'http: //' is included or whether '/, ＼' is included. There are techniques.

However, the method using 'www' or 'http: //' is correct, but the user often omits them to indicate the Internet address, so it is determined that the URL should be determined by the national language. There are many problems.

In the case of using '/', '＼' or not, the processing is simple, but there are many cases in which it is not used.

On the other hand, the Patent No. 317059, for the configuration of receiving a character string to determine whether it is a URL or national language notation, as a method of inspection, the national language notation of the non-English check whether the string is in ASCII code (English) . ASCII code can be recognized by examining the first bit of the first character of the string. If the value of the first bit is 0, it is regarded as an ASCII URL (or IP). If it is 1, it is considered to be a native language, not an ASCII code. In addition, if the '.' Character is included, the URL (or IP address) Disclosed is a method of classifying a case where no letter is included in a national language notation.

However, the method of determining whether a URL or a national language is written using a '.' Character as in the above patent is easy to process, but in English, it is common to use '.' As an abbreviation word. There was a way.

As a result, the method of determining whether a URL or a national language is used in the processing of an Internet address using a native language requires a more accurate and faster judgment method, and a more effective method of expanding the range of available national language notation (keywords) is needed. It is a required situation.

And, especially, "." There is a need for a method of processing a native language internet address that more effectively determines and processes a national language representation including a character as a native language representation.

The present invention has been made to solve the above-described problems, an object of the present invention is to provide a method for determining the national language notation and URL more effectively.

Another object of the present invention is to enable effective use of an Internet address even in the case of a national language notation including a '.' Character.

First, the meanings of the terms mentioned in the present specification are briefly defined.

"Connection word" is a general term for a string that is input to a client to access a web page, and is a concept of a string that can be input into an address bar or a search box of a web browser. And the like).

"Uniform Resource Locator" refers to the address of various information provided from a computer connected to the Internet. For example, "URL" includes not only domain names such as "http //" and "" but also directories and files. It must be understood.

"IP (Internet protocol address)" means a physical address for each computer connected to the Internet to identify each other, for example, by protocols such as IPv4 (Internet Protocol version4), IPv6 (Internet Protocol version6) It is promised.

As a technical means for solving the above problems, the first aspect of the present invention is a method for processing an Internet address using a national language notation,

"." In the connection word entered to link to the web page. Based on whether it is inserted into a "." This inserted concatenation and the "." First classifying the uninserted connection word; "." Classifying second based on whether or not there are less than two bytes of characters after the last "." Character among the inserted connection words; And

delete

Even if "." Is not inserted in the primary classification and even if "." Is inserted in the primary classification, the last "." In the secondary classification. Next, if there are less than two bytes of characters, it is determined as a national language notation, and ". &Quot; is inserted in the first classification and the last ". &Quot; Next, in the case where there are two or more characters, the method may include determining the URL as an Internet address.

The last "." The character means the last "." When there are several "." Characters in a string and the single "." When there is only one "." Character in a string.

Preferably, the last "." The method of calculating the number of bytes of the next character is to grasp the total number of input strings and then subtract the position of the last "." Or the number of characters from the end of the input string to the ".". That's the way it is.

According to a second aspect of the present invention, there is provided a method of processing an internet address using a national language notation.

"." In the connection word entered to link to the web page. Based on whether it is inserted into a "." This inserted concatenation and the "." First classifying the uninserted connection word;

"." Second classifying based on whether a character exists after the last "." Character among the inserted connection words; And

Even if "." Is not inserted in the primary classification and even if "." Is inserted in the primary classification, the last "." In the secondary classification. If there is no character next, it is determined by the national language notation, ". &Quot; is inserted in the primary classification and the last ". &Quot; Next, if there is a character is determined to be a URL; provides a method for processing an Internet address using a national language notation.

According to a third aspect of the present invention, in a method of processing an internet address using a national language notation,
"." In the connection word entered to link to the web page. Based on whether it is inserted into a "." This inserted concatenation and the "." First classifying the uninserted connection word;
"." Classifying according to whether the next string of the last "." Characters among the inserted connection words exceeds the number of bytes of the "longest top-level domain (TLD)"; And
When "." Is not inserted in the primary classification and "." In the primary classification Is inserted at the end of the second class "." If the number of bytes in the following string exceeds the number of bytes in the "longest top-level domain (TLD)", it is determined by the national language notation.
If it is not determined as the national language representation in the primary and secondary classification, determining by the URL; Internet address processing method using a national language notation comprising a.

delete

delete

delete

delete

According to a fourth aspect of the present invention, there is provided a method of processing an internet address using a national language notation.
"." In the connection word entered to link to the web page. Based on whether it is inserted into a "." This inserted concatenation and the "." First classifying the uninserted connection word;
"." Classifying according to whether or not the string following the last "." Character among the inserted connection words is present from 2 bytes to "the number of bytes of the longest top-level domain (TLD)"; And
Even if "." Is not inserted in the primary classification and even if "." Is inserted in the primary classification, the last "." In the secondary classification. Next, if the character has a byte number other than 2 bytes or the "Length of the longest top-level domain (TLD)", it is determined by the national language notation.
Determining that it is a URL when it is not determined as a native language representation in the first and second classifications; It provides a method of processing an Internet address using a national language notation having.

delete

delete

delete

Again, in the second classification step, the "." Of course, it is also possible to fix the number of characters after the character to 2 to 6 bytes of the English character as of July 7, 2006.

According to a fifth aspect of the present invention, there is provided a method of processing an internet address using a national language notation.

"." In the connection word entered to link to the web page. Based on whether it is inserted into a "." This inserted concatenation and the "." First classifying the uninserted connection word;

"." Classifying secondly whether a character other than an English character exists after the last "." Character among the inserted connection words; And

Even if "." Is not inserted in the primary classification and even if "." Is inserted in the primary classification, the last "." In the secondary classification. If a character other than English characters exists next, it is determined by the national language notation.

"." Is inserted in the primary classification and the last "." In the secondary classification. Next, if the character is not a character other than the English character, determining that the URL; provides a method for processing an Internet address using a national language notation.

According to a sixth aspect of the present invention, there is provided a method of processing an internet address using a national language notation.

In the connection word input to connect to a web page, the last word "." And the next one-byte character of the connection word are stored using the database in which ". + Alphabet one letter of the alphabet a to z" is stored. Comparing whether the letter is one letter; And

Determining that the last end "." And the next one-byte character include ". + Alphabet one letter of the alphabet a to z" as the national language notation, and in the other case as the URL. It provides a method of processing an Internet address using.

According to a seventh aspect of the present invention, there is provided a method of processing an internet address using a national language notation.

"." In the connection word entered to link to the web page. Based on whether it is inserted into a "." The inserted connection word and the "." First classifying the uninserted connection word;

When the connection word includes "." In the first classification, classifying second based on whether the same list as the list stored in the database related to .TLD is included; And

When "." Is not inserted in the primary classification and "." Is inserted in the primary classification, but the same list as that stored in the TLD related database is not included, it is determined as a national language. When the "." Is inserted in the classification and the same list as the list stored in the TLD-related database is determined, it is determined as a URL.

An eighth aspect of the present invention provides a recording medium having recorded thereon a program for executing the method for processing an Internet address using the above-described national language notation.

The method for processing an internet address using a national language notation according to the present invention may be embodied as computer readable codes on a computer readable recording medium. Computer-readable recording media include all types of recording devices that store data that can be read by a computer system.

For example, a computer-readable recording medium may be a ROM, a RAM, a CD-ROM, a magnetic tape, a hard disk, a floppy disk, a removable storage device, a nonvolatile memory (Flash memory). Optical data storage, and the like, and also implemented in the form of a carrier wave (eg, transmission over the Internet).

In particular, in the case of the present invention, the above-described method for processing an Internet address may be inserted in the form of a plug-in program in a user terminal, may exist as a proxy module in a domain name service server, and may be transmitted from a user terminal to a domain name service server. It may be stored in a recording medium of a type not particularly limited to perform the method in the process.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described with reference to the accompanying drawings so that those skilled in the art may easily implement the technical idea of the present invention. In the detailed description of the present invention, a function performed by dividing into a server, a user terminal, and the like is described. However, these functions may be performed by other components as necessary.

(First embodiment)

1 is an overall configuration diagram of a national language notation service system according to a first embodiment of the present invention.

Referring to FIG. 1, a user terminal 100 includes a plug-in program, and the user terminal 100 is connected to a domain name service server 140 and a national language notation processing server 200, respectively. In addition, the local language notation processing server 200 is connected to the database 250.

The user terminal 100 has a plug-in program installed. The plug-in program connects to a corresponding web page when a national language notation (for example, Hangul) is input into a web browser address bar (or search box) instead of a general URL. Process. The corresponding web page is understood to mean any URL or IP address, and the web page displaying the search result may correspond to any URL.

When the plug-in program is installed, the user terminal 100 includes a client module for processing a native language internet address. The specific way in which the plug-in program is installed in the user terminal 100 is not particularly limited and may be performed in various ways. For example, the plug-in program may be configured to be downloaded from the national language notation service server 200 or a specific website.

When the access word is input to the address box of the web browser, the user terminal 100 in which the plug-in program is installed determines whether the access word is a URL or a national language notation. There is a main characteristic configuration of the present invention in the determination method. The judgment method is explained in detail in each case. The plug-in program determines whether the connection word input to the web browser is a URL or a national language notation. If the URL is a URL, the plug-in program processes the domain name service server 140 according to a general processing function. The native language processing server 200 searches for a corresponding URL or IP in the database 250 and transmits the same to the user terminal 100. The user terminal 100 can access the relevant web page using the returned URL or IP.

Hereinafter, a detailed method of determining whether a URL or a national language is described will be described in detail. 2A to 2E are flowcharts illustrating various forms of an Internet address processing method using national language notation according to the first embodiment of the present invention.

(1) The primary classification is "." Whether to insert or not, the secondary classification is less than 2 bytes after the end of "."

Referring to FIG. 2A, when a connection word is input to a web browser of the user terminal 100 (S1010), the input connection word is “.”. Based on whether or not it is inserted into the input word "." The inserted connection word and the connection word are "." This is classified as a non-inserted connection word (S1030). As a result, when "." Is not included in the primary classification in the connection word, it is determined as a native language representation (S1070). In addition, when the connection word includes "." In the primary classification, it is again determined whether the next character string of the last "." Is less than 2 bytes (S1050).

 As a result, if the next string of the last "." Character is less than 2 bytes, it is determined by the national language representation (S1060), and if the next string of the last "." Character is 2 bytes or more, it is determined as a URL ( S1090).

For the last URL, the last "." The strings following the letter combine to form the TLD (Top Level Domain). At least the last "." For typical .com, .net, .kr, etc. The ASCII code of the following string is more than 2 bytes. Generally the last "." If the next character string is Korean, two bytes of ASCII code are allocated to each character. If the character string is English or numeric, one byte of ASCII code is allocated to each character.

Using this principle, if the next string of the last "." Character is less than 2 bytes, judging by the national language notation, the accuracy of the national language notation and the URL judgment can be further improved.

Meanwhile, the last "." The number of bytes of the next character is calculated by grasping the total number of input strings and subtracting the position of the last ".", The number of characters from the end of the input string to the ".". It can be used to calculate the method.

This method compares the input string with the national language notation ("." Is not inserted) and the URL (if "." Is inserted) with or without the insertion of ".". According to the first embodiment, a character string in which "." Is inserted can also be classified according to a native language representation.

As a variant of this method, it can be configured to determine that the next string of the last "." Character is 0 byte and to determine the URL if the next string of the last "." Character is not 0 byte. Do.

(2) The primary classification is "." Whether inserted or not, the secondary classification exceeds the longest TLD byte number of the next character of the last "."

Referring to FIG. 2B, when a connection word is input to a web browser of the user terminal 100 (S1110), the input connection word is “.”. Based on whether or not it is inserted into the input word "." The inserted connection word and the connection word are "." This is classified as a non-inserted connection word (S1130). As a result, when "." Is not included in the primary classification in the connection word, it is determined as a native language representation (S1150). In addition, when the connection word includes "." In the primary classification, it is again determined whether the next string of the last "." Exceeds the "byte length of the longest TLD" (S1170).

As a result, the last "." If the next string of characters exceeds the "number of bytes of the longest TLD", it is determined by the national language notation (S1190), and if the next string of the last "." Character does not exceed the "bytes of the longest TLD", the URL It is determined as (S1160).

As of July 2006, the longest TLD's alphabetic character is .museum TLD, so if it is more than 7 bytes, it should be judged as URL. However, since the alphabetic characters of the TLD may have more or fewer characters in the future, according to the change in the longest TLD, it is determined whether the next string of the last "." Is greater than or equal to 7 bytes in S1170. It is also possible to implement.

In another variation, when the first classification in the second classification step includes ".", It is again determined whether the next character string of the last "." Is within 2 bytes of the English letter or the longest TLD byte. As a result, if the next string of the last "." Character falls within 2 bytes of the English letter and the longest number of TLD bytes, it is determined as a URL, and otherwise, it is determined as a URL.

(3) The primary classification is "." Whether to insert or not, the secondary classification is based on whether the non-English character is present after the last "."

Referring to FIG. 2C, when a connection word is input to a web browser of the user terminal 100 (S1210), the input connection word is “.”. Based on whether or not it is inserted into the input word "." The inserted connection word and the connection word are "." This is classified as a non-inserted connection word (S1230). As a result, when "." Is not included in the primary classification in the connection word, it is determined as a native language representation (S1250). In addition, when the connection word includes "." In the first classification, it is again determined whether a character other than an English character exists in the next character string of the last "." (S1270).

 As a result, the last "." If a character other than an English character exists in the next character string of the character, it is determined by the national language notation (S1290). If there is no character other than an English character in the character string of the last "." Character, it is determined as a URL (S1260). .

In this way, the generic URL is the last "." In the case of the next English letter, there is an effect that can be performed more accurately in determining the URL and the national language representation.

(4) The primary classification is "." Whether to insert or not, whether the secondary classification has the same string as the list stored in the .TLD related database

Referring to FIG. 2D, when a connection word is input to a web browser of the user terminal 100 (S1310), the input connection word is “.”. Based on whether or not it is inserted into the input word "." This inserted concatenation and the "." This is classified as a non-inserted connection word (S1330). As a result, when "." Is not included in the primary classification in the connection word, it is determined as a native language representation (S1350). In addition, when the access word includes "." In the primary classification, it is again determined whether the same list as the list stored in the .TLD related database is included (S1370).

The list stored in the database related to .TLD is a domain that anyone can use, such as .com, .net, or .org, and .int belongs to this domain. ITLD is a domain that can be used by international organizations established by international conventions. 743 top-level domains, biz, name, info, pro, coop, aero, and 743 newly created top-level domains approved by ICANN since November (as of August 2004). And .kr, jp, and .de.

In the second classification, when the access word includes the same list as the list stored in the .TLD related database, it is determined as a URL (S1390). When the access word does not include the same list as the list stored in the .TLD related database, the national language It is determined as (S1360).

As a modification to this method, the determination as to whether the "." Is inserted in the access word of step S1330 may be omitted, and the determination may be performed whether the national language or the URL is the only step S1370.

(5) Search the database for ".a" to ".z" by comparing the last string "." With the next string

Referring to FIG. 2E, when an access word is input to a web browser of the user terminal 100 (S1410), the terminal is compared with the last string "." And the next string in the input connection word to determine whether it is ".a" to ".z" in the database. A search is performed (S1430).

As a result, when the last word "." And the next character string ".a" to ".z" are present in the connection word, it is determined by the URL, and when not present, it is determined by the national language notation.

One of the differences between this method and the method described in (1) above is that this method searches for ".a", etc. in the database, while (1) is "." First determine whether it exists, then "." If it exists then there is a difference to determine whether it is less than 1 byte.

On the other hand, it is obvious that the URL is determined even if there is a string other than ".a". According to this method, the connection word ending with "." Is determined by the national language notation, and when it ends with ".a", it is determined by the URL.

In another variation of the present embodiment, the last word "." And the next character string are compared to the connection word input in step S1430, and a search is performed in the database for ".a" to ".z", ".aa" to ".zz". It is also possible to configure to.

(2nd Example)

3 is an overall configuration diagram of a native language marking service system according to a second embodiment of the present invention.

Referring to FIG. 3, the user terminal 100 does not have a plug-in program, and the user terminal 100 is connected to a domain name service server 140 and a national language notation processing server 200, respectively. In addition, the local language notation processing server 200 is connected to the database 250, and the domain name service server 140 is provided with the proxy module 142. FIG.

In FIG. 3, the proxy module 142 is illustrated as being provided inside the domain name service server 140. In another variation, the proxy module 142 includes a server on a network path transmitted from the user terminal 100 to the domain name service server 140. If it has the above-mentioned function in the form of a module etc., it is not limited to the aspect in particular, It is variously possible. Hereinafter, the description will be limited to the proxy module 142 illustrated in FIG. 3 for convenience of description.

The present embodiment is intended to link to a corresponding web page when a national language notation (for example, Korean) is input to the address box (or search box) of the web browser of the user terminal 100. .

When the connection word is input to the address box of the web browser and the connection word is transmitted to the domain name service server 140, the proxy module 142 determines whether the connection word is a URL or a national language notation. The determination method was described in detail above in each case. If the transmitted connection word is a URL, the proxy module 142 processes the domain name service server 140 according to a general processing function. If the transmitted connection word is a national language, the proxy module 142 transmits the national language processing server 200 to the national language notation processing server 200. 200 searches for a corresponding URL or IP in the database 250 and returns it to the user terminal 100. The user terminal 100 can access the relevant web page using the returned URL or IP.

Although the technical spirit of the present invention has been described in detail according to the above-described preferred embodiment, it should be noted that the above-described embodiment is for the purpose of description and not of limitation. In addition, those skilled in the art will understand that various embodiments are possible within the scope of the technical idea of the present invention.

According to the present invention, there is an effect of providing a method of determining whether a variety of national language notation or URL is more advanced than the conventional method of simply determining whether a URL or a national language notation is used using a '.' Character.

Therefore, the method of determining whether the URL or national language notation is more accurate and faster determination method is required, and the scope of the available national language notation can be expanded more.

Claims (11)

delete delete In the method of processing the Internet address using the national language notation, "." In the connection word entered to link to the web page. Based on whether it is inserted into a "." This inserted concatenation and the "." First classifying the uninserted connection word; "." Classifying according to whether the next string of the last "." Characters among the inserted connection words exceeds the number of bytes of the "longest top-level domain (TLD)"; And When "." Is not inserted in the primary classification and "." In the primary classification Is inserted at the end of the second class "." If the number of bytes in the following string exceeds the number of bytes in the "longest top-level domain (TLD)", it is determined by the national language notation. Determining that it is a URL when it is not determined as a native language representation in the first and second classifications; Internet address processing method using a national language notation provided with. In the method of processing the Internet address using the national language notation, "." In the connection word entered to link to the web page. Based on whether it is inserted into a "." This inserted concatenation and the "." First classifying the uninserted connection word; "." Classifying according to whether or not the string following the last "." Character among the inserted connection words is present from 2 bytes to "the number of bytes of the longest top-level domain (TLD)"; And Even if "." Is not inserted in the primary classification and even if "." Is inserted in the primary classification, the last "." In the secondary classification. Next, if the character has a byte number other than 2 bytes or the "Length of the longest top-level domain (TLD)", it is determined by the national language notation. Determining that it is a URL when it is not determined as a native language representation in the first and second classifications; Internet address processing method using a national language notation provided with. delete delete delete delete The method according to claim 3 or 4, And said "longest top-level domain (TLD)" number of bytes is 6 bytes. The method according to claim 3 or 4, The last end "." To calculate the number of bytes in the next character, After determining the total number of input strings, calculate the number of characters by subtracting the position of the last "." Or counting the number of characters from the end of the input string to ".". Treatment method. The method according to claim 3 or 4, And a recording medium having recorded thereon a program for executing the method for processing an internet address using the national language notation.

Images