KR100788239B1 - Internet site connecting apparatus based on Korean initial sound character string by recognizing mouse writing and the storage medium applicable therein and readable by computer - Google Patents

Abstract

The present invention is a system for accessing an initial site based on a writing system based on the handwriting of a mouse, which enables easy access to various Internet sites scattered on the Internet based on the initial consonant strings written in Korean by pressing and holding the right button of a mouse. The present invention relates to a recording medium having a program recorded thereon, which can be read by a computer.

Inquiry-based Internet site access system according to an aspect of the present invention Inquiry IP address corresponding to any English domain name and a web browser to access an Internet site having a reply IP address, the web browser is executed The web browser is converted by converting the right drag pattern obtained by the right drag event dragged at a time without releasing the right button of the mouse to the Hangul initials, and converting the converted Hangul initials to the corresponding English domain name. It comprises a client comprising an agent program to deliver to and a DNS server that extracts an IP address corresponding to each English domain name and returns to the client.

Initial, mouse, drag, right, button, handwriting, access, internet, search

Description

Internet site connecting apparatus based on Korean initial sound character string by recognizing mouse writing and the storage medium applicable therein and readable by computer}

1 is a network diagram illustrating an implementation of an initial site-based Internet site access system based on mouse handwriting recognition according to an embodiment of the present invention;

2 is a table illustrating an initial host name that can be matched with a Korean host name and a full English domain name of an Internet site;

3 is a view for explaining a direction vector for right drag pattern recognition of the present invention;

4 is a screen example for explaining the input and the result of the right drag pattern in the Internet site access system of the present invention,

5 is a diagram illustrating a basic type and a similar type of Hangul initials and a right drag pattern matched with the Hangul initials in an initial site-based Internet site access system according to the present invention;

FIG. 6 is a diagram in which the Hangul initials shown in FIG. 5 and the mouse handwriting corresponding thereto are defined by the direction vector shown in FIG.

FIG. 7 is a flowchart illustrating an embodiment of a method of accessing an Internet site based on a constellation that can be implemented in the network configuration shown in FIG. 1;

8A and 8B are flowcharts for describing another embodiment of the method of accessing an Internet site based on the initiality that can be implemented in the network configuration shown in FIG. 1.

*** Explanation of symbols for the main parts of the drawing ***

100: client terminal, 110: operating system,

120: web browser, 130: agent program,

131: hook engine, 132: mouse event engine,

133: graphics monitor engine, 134: initial pattern table,

135: sitelinker engine, 136: sitelinker tray,

137: Korean initial DB file,

200: internet, 300: DNS server,

400: initial-domain server, 410: management server,

420: database, 421: initial host name DB,

423: link information DB, 424: initial pattern table DB,

425: agent program DB, 430: web server

The present invention is a system for accessing an initial site based on a writing system based on a handwriting of a mouse which enables easy access to various Internet sites scattered on the Internet based on the initial consonant strings of Korean characters created by holding down the right button of a mouse while dragging The present invention relates to a recording medium having a program recorded thereon, which can be read by a computer.

Korea is equipped with high-speed communication network nationwide, wired Internet penetration rate based on this is the world's leading ranking, and wireless Internet using mobile communication terminals such as mobile phones are also widely used. Furthermore, in the near future, the high-speed portable Internet called WiBro, which combines the advantages of mobile communication networks and wireless LANs, is also expected to become widespread.

On the other hand, in order to access information pages of various Internet sites scattered around the world by a desktop terminal or a notebook computer, the user first executes a browser program such as Microsoft's Internet Explorer (registered trademark) and inputs the address bar ( Hereafter, simply input the Uniform Resource Locator (URL) directly into the address bar, or copy and enter a desired URL, or select and enter it in a state of being registered as a favorite. Alternatively, the text in which the desired web page is linked in the result page obtained by keying or copying the desired search word in the search box input box (hereinafter simply referred to as 'search box') of the search page operated by the portal (or search) site. Alternatively, the image information string (hereinafter, simply referred to as a link information string) may be clicked to access the image information string.

However, in the database of DNS (Domain Name System) server, which converts the location of Internet domain names, which are names that people can easily remember as meaningful as Internet addresses, into IP addresses in numerical system, the domain names are stored in English according to the prescribed format. If you try to key it into the address bar, you can memorize the correct spelling of the entire English domain name including "com", "net" or "co.kr". There was a lot of hassle to enter after switching to mode. Also, in this process, spelling was incorrectly re-entered several times or not converted to English mode, and the key was inputted to erase it. .

On the other hand, in the case of the input through the copy input or favorites, there is a somewhat more convenient point than the key input method, but there is a problem that the instantaneous inferiority because the desired URL must be copied in advance, even in the case of input through favorites In addition to the need for a registration procedure, there was a problem in that it was cumbersome and time consuming because at least two operations of the keyboard or the mouse were required.

Even when using the search box, it is necessary to go through the search results page, and it is time-consuming and procedurally cumbersome to click on the link information string desired by the user directly on the search result page.

In consideration of this inconvenience, in the address bar, enter the Korean domain in the address bar as a phonetic representation of only the subdomain name, which is the actual name of the site, in the address bar. For example, instead of "", only the Korean domain called "Empas". When input, the service that automatically converts and provides the Korean domain name to the full English domain name has been commercialized.

However, in the case of Hangul keyboard, consonants are arranged on the left side and vowels are arranged on the right side. In the current computer usage mode, the right hand is often held by the mouse. There was a problem in that the rhythm of use was broken because the right hand should be used together.

In view of this, the present applicant has proposed a system for accessing an Internet-based Internet site as a patent application No. 103747 in 2005 (filed on November 1, 2005). There was a little uncomfortable because it must be entered, and in addition, since the conversion of the initial host name and the corresponding English domain name is performed by the first-to-domain conversion server that exists at a remote location, there is a problem that the processing speed decreases.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and is based on mouse handwriting recognition that enables easy access to various Internet sites scattered on the Internet based on the initial consonant string of Hangul created by holding down the right button of the mouse. An object of the present invention is to provide a computer-readable recording medium in which an initial-based Internet site access system and a program applied thereto are recorded.

Web browser accessing an Internet address having an IP address corresponding to a random English domain name and connecting to an initial site-based Internet site access system according to an aspect of the present invention for achieving the above object, wherein While the web browser is running, the right drag pattern obtained by the right drag event dragging at a time without releasing the right button press of the mouse is converted into Hangul initials, and the corresponding Hangul initials corresponding English domains. It includes a client including an agent program to convert the name to the web browser and the DNS server for extracting the IP address corresponding to each English domain name to return to the client.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of a computer-readable recording medium in which the initial site-based Internet site access system and the program applied thereto by the handwriting recognition of the present invention is recorded. First, the terms used in the present invention are defined, and "English host name" means, for example, a two-part English domain name such as "naver.com" or a three-part English domain name such as "naver.co.kr". The term "naver" refers to a string located in front of the institution domain (in this example, "com" or "co.kr"), and the term "Korean host name" refers to "naver", which is a Korean written string of English host names. The "first host name" refers to at least one consonant string, and the first host name is obtained by taking the first consonants of each syllable constituting the Hangul host name or the number of first consonants less than the number of first consonants of each syllable. A Korean host name, consequently representing the English host name. Meanwhile, an event of dragging at once without releasing the right button of the mouse is called a 'right drag event', and a pattern obtained by such an event is defined as a 'right drag pattern'.

FIG. 1 is a diagram illustrating a network configuration of an initial site-based Internet site access system based on mouse handwriting recognition according to an embodiment of the present invention. As shown in Figure 1, the network configuration that implements the initial site-based Internet site connection system by the mouse handwriting recognition of the present invention is largely made of a wired Internet terminal, such as a desktop computer connected to the wired Internet 200, Client 100 equipped with a program for accessing an Internet site based on mouse handwriting (hereinafter, simply referred to as an 'agent program'), connected to the Internet 200, and inquired from a web browser of the client 100 DNS server 300 for translating English domain names into corresponding IP addresses, and the first-domain server 400 that stores various data and programs related to initial-based Internet access.

 In the above-described configuration, the client 100 is equipped with an operating system 110 such as Windows, and a web browser 120 for reading a desired information page from an internet site based on the operating system 110. Agent program 130 is to cooperate with such an operating system 110 and the web browser 130 to support access to the Internet-based site by the mouse handwriting recognition. In particular, the agent program 130 checks the movement pattern, that is, the drag pattern, by the predetermined direction vector when the occurrence of the right drag event occurs, the initial pattern table 134 in which the Hangul first and the corresponding first vector codes are stored. The mouse event engine 132 recognizes the type of the initial tree by inquiring the initial pattern table 134, the graphic monitor engine 133 which displays the drag pattern on the monitor screen when the right drag event occurs, and the end of the right drag event. It may include a hook engine 131 for transmitting the initiality recognized by the mouse event engine 132 to the web browser 120.

The client 100 may also be further provided with a unique configuration for performing the embodiment of FIGS. 8A and 8B as shown by the dashed block, each of which consists of at least one Hangul consonant, for example. Activation / deactivation of the Korean initial DB file 137 and the present invention, the agent program 130 of the present invention, more specifically the Korean initial DB file ( And a sitelink tray program 136 that performs the automatic / manual update of 130), its setting, and a help function.

On the other hand, the first-domain server 400 is again between the management server 410 and the client 100 to perform data or program information management, the response to the update version query of the agent program or processing the data request, etc. It may include a web server 430 in charge of the processing of the web document and a database 420 for storing various data and programs. The database 420 may further store the initial host name DB 421 which matches each initial host name including at least one Korean consonant with a corresponding English domain name and stores various texts linked to each English domain name. Representatively, it may be a Korean host name or an English host name) or a link information DB 423 storing image information and an agent program DB 425 storing an agent program to be distributed or updated in the client 100. It can be made, including.

FIG. 2 is a table illustrating an initial host name that may match a Korean host name and a full English domain name of an Internet site. As illustrated in the table of FIG. 2, the English domain name of a leading domestic portal site is "naver.com", the English host name is "naver", and the corresponding Korean host name is "naver", and the single initial You can see that the host name is "b". Furthermore, the Hangul host name "Naver" may also be given "n" as the initial host name for the second syllable from the front, and may also be given "n" as the initial host name for the last syllable from the front. have.

As described above, one Hangul host name corresponds to the number of syllable host names up to the number of syllables of the Hangul host name, for example, up to four first host names, that is, the number of syllables, in the Hangul host name "Job Korea". It may be given initial hostnames of "," ㅈㅋ "," ㅈ ㅋㄹ "and" ㅈ ㅋㄹㅇ ". In this case, it may be desirable to make the first host names sequentially after the first syllables from the first syllable of the Hangul host name. Of course, the case where a plurality of consonant host names are given may be limited to famous sites. For a typical Hangul site, a consonant host name consisting of as many syllables may be given.

On the other hand, two different Korean host names, such as "Naver" and "Nate", that is, the same initial host name, "n" or "ㄴ" may be given to the English domain name. In this case, the English domain name Can be prioritized to match a representative English domain name with a subordinate English domain name, for example. A consonant hostname consisting of only one consonant may be given for a very famous Internet site representing that consonant, such a matching may be ordered, for example, in order of high number of visits, in addition to the consonant-domain server 400 It may also be determined by the operator's sales strategy.

3 is a view for explaining a direction vector for the right drag pattern recognition by the mouse handwriting of the present invention. As shown in FIG. 3, in the present invention, when the right drag event of the mouse occurs, a predetermined direction vector code is given by recognizing the angle at which the mouse moves with the first point as the start point S. FIG. In this case, when the user writes a random Hangul consonant by the right drag of the mouse, the size may be different, for example, the monitor screen may be spaced at a predetermined equal interval, for example, a width of 1 cm. After the unit direction vector code is given to the right drag pattern in such a lattice unit in the state in which the lattice is divided, the same ones are grouped appropriately.

In the embodiment of FIG. 3, when the mouse is dragged to the right relative to the direction vector code, the uppercase alphabet letter “R” is given, and when the mouse is dragged to the left, the uppercase alphabet letter “L” is given, and the upper case is dragged upward. Is given an uppercase alphabet letter "U" and, if dragged downward, a capital letter "D". In addition, when the mouse is dragged to the upper right side in consideration of the existence of an oblique pattern in the Korean initials, the lowercase letter "ru" is assigned to the direction vector code, and the lowercase letter "rd" is assigned to the lower right side. And, if the drag to the upper left, the lowercase alphabet letter "lu", and when dragged to the lower left, the alphabet lowercase "ld" is given. Here, each direction vector code may give the same unit direction vector code to the right drag pattern within an angle range of 22.5 degrees, respectively, on both sides of the center line.

FIG. 4 is a screen view illustrating an example of a right drag pattern in an Internet site access system according to the present invention. FIG. 4 illustrates a right drag pattern for a Korean initial consonant “ㄱ”, and the right drag pattern is an agent program 130. The graphic monitor engine 133 may be displayed on the monitor screen. The unit direction vector code before the right drag pattern illustrated in FIG. 4 is processed as the final consonant vector code is, for example, S / R / R / R / R / D / D / D / D / E (E is the right side). The end point of the drag event is added to the end of all right drag patterns.) By grouping the same unit direction vector codes, it is finally possible to specify an initial vector code of S / R / D / E. The generation of the initial vector code may be performed by the mouse event engine 132.

FIG. 5 is a diagram illustrating a basic type and a similar type of Hangul first and the right drag pattern matched to the first site based Internet site access system of the present invention. FIG. 6 is a mouse handwriting matched to the Hangul first and shown in FIG. Is a table defined by the direction vector shown in FIG. First, as shown in FIG. 5, the right drag pattern corresponding to the Korean initial consonants is obtained by being dragged without releasing the pressing state of the right button of the mouse, and may be determined to have a form similar to the first Korean initial consonant. However, since "a", "b", "c", "ㄹ", "ㅁ" and "ㅇ" are relatively clear in form, the basic forms of the same form can be defined only, whereas the remaining primitives Since there may be many variations in form, the pattern having the simplest and closest form to the first object is defined as the basic form, and other deformable patterns are defined as the similar form. In this case, the initial vector code representing all the right drag patterns represented by the basic type and the similar type of all initial types should be defined as a unique value as shown in FIG.

FIG. 7 is a flowchart illustrating an embodiment of a method for accessing an Internet site based on initiality that can be implemented in the network configuration of FIG. 1. As shown in FIG. 7, when step S100 is first performed in the client 100 and the web browser 120 is executed, it is determined whether a right drag event has occurred in step S102. As a result of the determination in step S102, if the right drag event does not occur, the program returns to step S102, but if so, the process proceeds to step S104 where the pattern recognition function is activated, i.e., the initial basis of the mouse handwriting of the present invention. Determines if the Internet site access feature is enabled. Here, the pattern recognition function may be activated or deactivated arbitrarily by the user by operating a key button provided in, for example, a status bar of a window.

As a result of the determination in step S104, if the pattern recognition function is not activated, it is ignored and not processed. In this case, block designation for the content of the web page is performed according to the original function of the web browser program. On the other hand, if the pattern recognition function is activated as a result of the determination in step S104, the flow proceeds to step S106 to continuously store the unit direction vector code for the right drag pattern and determines whether the right drag event has ended in step S108. Next, as a result of the determination in step S108, when the right drag event for one Hangul consonant is finished, the flow proceeds to step S110 again to input a first consonant delimiter for inputting a consonant host name consisting of two or more consonants, for example, a mouse. It is determined whether a single click occurs within a predetermined time of the right button. As a result of the determination in step S110, when the initial delimiter is inputted, the program returns to step S106 to recognize the next first consonant, whereas when no entry is made, the program proceeds to step S112 and a predetermined terminator, for example, in advance. It is determined whether two consecutive clicks of the right mouse button occur within a predetermined time. As a result of the determination in step S112, if the terminator is not input, the program returns to step S106, whereas if it is input, the program proceeds to step S114. Of course, in this process, the right drag pattern may be displayed on the display so that the user can visually check the right drag pattern. This display function may be performed by the graphic monitor engine 133 of the agent program 130.

Next, in step S114, the vector values of the right-drag pattern stored separately and stored, that is, the initial vector code, are searched in the initial pattern table 134 to extract a matching initial column (column), and again. In step S116, the extracted initial consonants (columns) are delivered to the web browser 120 as address bar input values. Steps S106 to S116 may be performed by the mouse event engine 132 of the agent program 130. Next, the hook engine 131 of the agent program 130 hooks a consonant (column) transmitted as an address input value to the web browser 120 through step S116 in step S118, and delivers it to the consonant-domain server 400. In the first-domain server 400, the first-name (column) received in this way in step S120 is inquired by the first-name host name DB 421, and the matching English domain name (if a plurality of English domain names match, the representative English domain name) will be extracted. The initial-domain server 400 then performs the step S122 to deliver the extracted representative English domain name to the client 100, and the web browser 120 of the client 100 performs the step S124 to receive the received message. The English domain name is transmitted to the DNS server 300.

Next, the DNS server 300, which has received the English domain name, extracts an IP address corresponding to the English domain name in step S126, and delivers the extracted IP address to the client 100 in step S128. Then, the web browser 120 of the client 100 displays the web page obtained by accessing the Internet site corresponding to the IP address received in step S128 on the monitor screen.

8A and 8B are flowcharts for describing another embodiment of the method of accessing an Internet site based on the initiality that can be implemented in the network configuration shown in FIG. 1. As shown in FIG. 8, first, in step S200, it is determined whether the client 100 is booted. As a result of the determination in step S200, when booting is performed, the process proceeds to step S102 and the initial-domain server 400 is requested to check for an updated version of the agent program. In this step S202, for example, the site linker tray program ( 136).

On the other hand, the initial-domain server 400 receiving such a request determines whether the version of the agent program has been updated by performing step S204, and if not, performing the step S206 and not updating the version to the client 100. If the message is transmitted while notifying the sound, if it is updated, the step S208 is performed to transmit the updated agent program, in particular, the entire data or the updated part of the Korean primary DB file, to the client 100, and accordingly, the client 100 In update the data of the first Korean DB file 137 mounted on it.

In this state, the client 100 performs step S210 to determine whether the web browser 120 has been executed. If not, the client 100 repeatedly performs step S210. Determines whether a drag event has occurred. As a result of the determination in step S212, if the right drag event does not occur, the program returns to step S212, whereas if it occurs, the process proceeds to step S214 where the pattern recognition function is activated, i.e., based on the initial consonance of the mouse handwriting of the present invention. Determine whether the Internet site access function is activated. Here, the pattern recognition function may be activated or deactivated arbitrarily by the user by operating a key button provided in, for example, a status bar of a window.

As a result of the determination in step S214, if the pattern recognition function is not activated, it is ignored and not processed. In this case, block designation for the content of the web page is performed according to the original function of the web browser program. On the other hand, if the pattern recognition function is activated as a result of the determination in step S214, the flow proceeds to step S216 to continuously store the unit direction vector code for the right drag pattern and determines whether the right drag event has ended in step S218. Next, as a result of the determination in step S218, when the right drag event for one Hangul consonant is finished, the process proceeds to step S220 again, and a predetermined consonant delimiter for inputting a consonant host name consisting of two or more consonants, for example, a mouse It is determined whether a single click occurs within a predetermined time of the right button. As a result of the determination in step S220, when the initial delimiter is input, the program returns to step S216 to recognize the next first consonant, whereas when not entered, the program proceeds to step S222 to determine a predetermined terminator, for example, in advance. It is determined whether two consecutive clicks of the right mouse button occur within a predetermined time. As a result of the determination in step S222, if the terminator is not input, the program returns to step S216, whereas if it is input, the program proceeds to step S224. Of course, in this process, the right drag pattern may be displayed on the display so that the user can visually check the right drag pattern. This display function may be performed by the graphic monitor engine 133 of the agent program 130.

Next, in step S224, the vector value of the right drag pattern, which is divided and stored separately, that is, the first vector code, that is, the first vector code, is searched in the first pattern table 134 to extract a matching first number (column). In step S226, the extracted initial names (columns) are searched for the initial host name conversion table of the Korean initial names DB file 137, and the corresponding English domain names (a representative English domain name when a plurality of English domain names are matched) are searched for. Will be extracted. Next, the extracted English domain name is transmitted to the DNS server 300 in step S230. Then, the DNS server 300 extracts the IP address corresponding to the English domain name in step S232, and again delivers the extracted IP address to the client 100 in step S234. Then, the web browser 120 of the client 100 displays the web page obtained by accessing the Internet site corresponding to the IP address received in step S238 on the monitor screen.

On the other hand, the client 100 transmits all the English domain names extracted in step S226 simultaneously with step S226 or in step S238 after step S236 to the first-domain server 400, and the first-domain server 400 transmits the same. All received English domain names are retrieved from the link information DB 423, and the link information string matched thereto is extracted, and step S240 is again performed to generate link page information including the link information string list. Next, the initial-domain server 400 performs step S242 to transmit the generated link page information to the client 100, and the web page 120 of the client 100 receives the link page information thus received in step S244. Based on this, a string of link information for a similar Internet site is displayed on the monitor.

Thus, when the user writes "n" in the right drag pattern, for example, the Korean initials, the homepage window of "Naver" corresponding to the representative English domain name is displayed in most areas of the monitor, and the area of the monitor is displayed. In addition to the link information string linking the URL of the homepage of "Nate" corresponding to the sub-English domain name, the link information strings linked to the URL corresponding to all sub-English domain names with "b" as initial names are listed. The similar Internet site list window is displayed. Therefore, if the site that the user wants to access is not "Naver" but "Nate", the user can directly access the homepage of the Nate site by clicking the link information string "Nate" in the similar Internet site list window. .

A computer-readable recording medium in which a consonant-based Internet site access system and a program applied thereto by the handwriting recognition of the present invention are recorded are not limited to the above-described embodiments and are within the scope of the technical idea of the present invention. Various modifications can be made. For example, in FIG. 7 and FIG. 8A, steps made of a dotted block may be omitted.

According to the above-described system for accessing an internet site based on mouse handwriting according to the present invention as described above, and a program applied thereto, a computer readable recording medium allows a user to go by an extremely simple conversion rule. You can easily access the desired Internet site by checking the initial host name of the Internet site, and simply dragging and writing the initial host name of the Internet site (in case of an important Internet site, only one Hangul consonant). Will be.

This can be convenient even for experienced users, but it can be very convenient for beginners who are not familiar with the keyboard.

Claims (20)

delete A standard for a computer that inquires an IP address corresponding to an arbitrary English domain name and connects to an Internet site with a returned IP address, and generates a pop-up menu when the user clicks the right button while the web browser is running. A client program comprising an agent program for converting a right drag pattern obtained by a right drag event dragged at a time without releasing a pressed state of a right button of a mouse into a Korean initial consonant; A DNS server extracting an IP address corresponding to each English domain name and replying to the client; and Comprising the first host name database consisting of the initial Korean host name and the English domain name is matched and stored, and the first-host server for delivering the English domain name corresponding to the Korean initials to the web browser, , The agent program operates in cooperation with the web browser that reads a desired information page from an Internet site based on an operating system. The agent program table and the right drag event are stored in the Korean initials and corresponding initial vector codes. And a mouse event engine that checks the right drag pattern with a predetermined direction vector when the occurrence of the symbol, and inquires into the initial pattern table to recognize the type of initial number. The system of claim 2, wherein the direction vectors comprise eight directions of vectors maintaining angles of 45 degrees to each other. The method of claim 3, wherein the initial vector code is obtained by grouping the same after checking the direction vector with respect to the right drag pattern in the grid unit while dividing the monitor screen into a grid having a predetermined equal interval. -Based Internet site access system. The method of claim 4, wherein the initial vector code comprises a basic type and a similar type, The basic type and the analogous type are based on the consonant-based Internet site access system, characterized in that it has a unique consonant vector code. The system of claim 5, wherein the agent program further comprises a monitor graphic engine configured to display the right drag pattern on a monitor screen. delete A web browser that inquires an IP address corresponding to an arbitrary English domain name and accesses an Internet site having a returned IP address, and a computer standard configured to generate a pop-up menu when a right button is clicked while the web browser is executed. The web browser is converted by converting the right drag pattern obtained by the right drag event dragged at a time without releasing the right button of the mouse to the Hangul initials, and converting the converted Hangul initials to the corresponding English domain name. Clients, including agent programs that deliver to Including the DNS server to extract the IP address corresponding to each English domain name and reply to the client, The agent program operates based on an operating system, which cooperates with the web browser to read a desired information page from an Internet site, and comprises a consonant pattern table in which a Hangul consonant and corresponding consonant vector codes are stored; The first Korean draft database file that stores the first host name by matching the corresponding English domain name and the right drag pattern upon occurrence of the right drag event are identified by a predetermined direction vector, and then the first pattern table is searched to determine the type of the first star. A constellation-based Internet site access system that includes a recognized mouse event engine. The system of claim 8, wherein the direction vectors comprise eight directions of vectors that maintain an angle of 45 degrees to each other. The method of claim 9, wherein the initial vector code is obtained by grouping the same after checking the direction vector with respect to the right drag pattern in the grid unit while dividing the monitor screen into a grid having a predetermined equal interval. -Based Internet site access system. The method of claim 10, wherein the initial vector code comprises a basic type and a similar type, The basic type and the analogous type are based on the consonant-based Internet site access system, characterized in that it has a unique consonant vector code. The system of claim 11, wherein the agent program further comprises a monitor graphic engine configured to display the right drag pattern on a monitor screen. An initial pattern table operating in cooperation with a web browser that reads a desired information page from an Internet site based on the operating system and the operating system, and stores a Hangul first and a corresponding first vector code; When the right drag event occurs when a right drag event is dragged at a time without releasing the pressed state of the right button of a standard mouse for a computer that generates a pop-up menu when the right button is clicked, the drag pattern is confirmed by a predetermined direction vector. Mouse event engine for recognizing the type of Korean initials by querying the initial pattern table An agent program for accessing an initial site based on an Internet site comprising a hook engine for delivering the Hangul first consonants recognized by the mouse event engine to the web browser at the end of a right drag event, the computer-readable recording medium. 14. The computer-readable recording medium of claim 13, wherein the direction vector comprises an eight-direction vector for maintaining an angle of 45 degrees to each other. 15. The method of claim 14, wherein the initial vector code is obtained by grouping the same ones after checking the direction vector with respect to the right drag pattern in the grid unit while dividing the monitor screen into a grid having a predetermined equal interval. A computer-readable recording medium that contains an agent program for accessing an Internet-based site. The method of claim 15, wherein the initial vector code comprises a basic type and a similar type, The basic type and the similar type are computer-readable recording media containing an agent program for accessing an Internet site based on a first consonant having a unique consonant vector code. 17. The computer program product of claim 16, further comprising a monitor graphics engine for displaying the right drag pattern on a monitor screen. 18. The method according to claim 17, further comprising: a Korean initial consonant database file storing each initial host name consisting of at least one Korean consonant with a corresponding English domain name, The hook engine searches for the Korean initial consonant recognized by the mouse event engine in the Korean initial consonant database file, converts it into a corresponding English domain name, and then transfers it to the web browser. A computer-readable recording medium containing agent programs. 19. The computer program of claim 18, further comprising a sitelink tray program for performing an automatic / manual update of the Korean initial database file. Recording media. 20. The site linker engine of claim 19, further comprising: a site linker engine for processing and displaying the list of link information provided from a first-domain server that operates a link information database storing various text or image information linked to the English domain name. A computer-readable recording medium in which an agent program for accessing an Internet-based site is stored.

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