Classifications

• • G—PHYSICS
  • G06—COMPUTING; CALCULATING OR COUNTING
  • G06F—ELECTRIC DIGITAL DATA PROCESSING
  • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
  • G06F16/90—Details of database functions independent of the retrieved data types
  • G06F16/95—Retrieval from the web
  • G06F16/955—Retrieval from the web using information identifiers, e.g. uniform resource locators [URL]
• • G—PHYSICS
  • G06—COMPUTING; CALCULATING OR COUNTING
  • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
  • G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism

Definitions

• the present invention relates to a web page accessing system and method using real names. More specifically, the present invention relates to a web page accessing system and method using real names in Korean or other foreign languages as well as English when accessing a specific web page on the Internet.
• IP Internet Protocol
• one or more domain names can be assigned with respect to the IP address
• the domain name indicates the Internet address of the computer connected to the Internet, generally comprising identifiers representing the characteristics of the computer or geographical location
• identifiers representing the characteristics of the computer or geographical location
• "ABC co kr" of an email address ⁇ ames( ⁇ )ABC co kr is the actual domain name
• "ABC co kr” of a uniform resource location (URL) which is an IP address http //www ABC co kr is the actual domain name
• "internic net” of the URL http //www internic net/index html is the domain name
• “index html” is a file name including a directory storing corresponding information
• the domain name server asks for an IP address corresponding to a domain name input to a server of a registration authority managing the IP addresses, and returns the IP addresses provided from the registration authority to the client, and accordingly, the client accesses the computer having the corresponding IP address
• the corresponding domain name must be known in order to access the specific computer on the Internet
• the domain names have combinations of English characters according to a predetermined rule, people of non-English speaking nations such as Korea Japan or China have relative difficulty remembering the English domain names
• the directory or the file name for accessing the specific page may have been modified by a computer manager, and it is also a combination of English characters, like the domain names.
• a web page accessing system in a web page accessing system connecting a client to a specific web page on the network, comprises: a database storing matched Internet Protocol (IP) addresses, Uniform Resource Locator (URL) information, and real names of a plurality of web pages; and a real name server, when an access word input by the client is the real name, searching the real name database using the real name, finding a corresponding IP address and providing the IP address to the client in order for the client to access the web page corresponding to the IP address.
• IP Internet Protocol
• URL Uniform Resource Locator
• the real name database stores a plurality of the real names corresponding to one IP address, and the URL information corresponding to each real name.
• the system further comprises: a web server which connects the client to the corresponding web page according to the URL information corresponding to the real name input by the client: and the real name server, when another real name corresponds to the IP address corresponding to the real name input by the client, provides the IP address of the web server to the client so that the client accesses the web server
• the system further comprises an access database which stores access information including the IP address of the client which accesses the real name server, and the web server connects the client to the corresponding web page according to whether or not the IP address of the accessing client is stored in the access database
• a web page accessing system in a web page accessing system connecting a client to a specific web page on the network, comprises a real name database storing matched Uniform Resource Locator (URL) information and real names on a plurality of web pages, a web server, when an access word input by the client is a real name, searches for the real name database and finds the corresponding URL information using the real name, and connects the client to the corresponding web page according to the URL information, and a hook module, when the client checks an access word input event and the access word input event occurs, provides the input access word to the web server
• URL Uniform Resource Locator
• the system further comprises an access banning database which stores English domain names on a plurality of the web pages to which access is to be banned, and the web server, when the access word input from the client is the English domain name and is stored in the access banning database, bans the access to the web page corresponding to the access word
• a web page accessing method comprises the steps of determining whether an access word input by the client is the real name, searching the database and finding the IP address corresponding to the real name when the access word is the real name, and providing the IP address to the client so that the client accesses the web page corresponding to the IP address
• the method further comprises a step of connecting the client to the corresponding web page according to the URL information input by the client in the case where another real name corresponds to the IP address corresponding to the real name input by the client
• IP Internet Protocol
• FIG 1 shows a block diagram of a web page accessing system using real names according to a first preferred embodiment of the present invention
• FIGs 2 (a) and (b) show flow charts for operations of the web page accessing system using real names according to the first preferred embodiment of the present invention
• FIG 3 shows a block diagram of a web page accessing system using real names according to a second preferred embodiment of the present invention
• FIG 4 shows a flow chart for operations of the web page accessing system using real names according to the second preferred embodiment of the present invention
• FIG 5 shows a block diagram of a web page accessing system using real names according to a third preferred embodiment of the present invention
• FIG 6 shows an example of the web page accessing system using real names according to the third preferred embodiment of the present invention
• FIGs 7 (a) and (b) show flow charts for operations of the web page accessing system using real names according to the third preferred embodiment of the present invention
• FIG 8 shows a block diagram of a web page accessing system using real names according to a fourth preferred embodiment of the present invention.
• FIG 9 shows a flow chart for operations of the web page accessing system using real names according to the fourth preferred embodiment of the present invention
• the URLs such as the conventional domain names or the file names will be referred to as English domain names
• the real names indicate the real names such as the company names, trade names, or service names, but are not restricted to these
• the web page accessing system can be applied to the world wide web (WWW), the Internet email, the file transfer protocol (FTP), and the telnet
• FIG 1 shows a block diagram of the web page accessing system using real names according to the first preferred embodiment of the present invention
• the web page accessing system using the real names comprises a client 10, and an access device 30 for the client 10 to access the web page on the Internet 20
• the web page accessing system using the real names further comprises an English domain name server 40 for processing the conventional domain name server, that is, the English domain names.
• the number of the clients 10 can be one or more, and the client 10 provides the access words corresponding to the web pages to be accessed by the access device 30.
• the access device 30 is a site which allows the client 10, which tries to access a specific Internet web page using the English domain names or the real names, access to the corresponding web page.
• the access device 30 comprises a real name database 31 , an access information database 32, a real name server 33, a web server 34, and a search engine 35.
• the real name database 31 stores one or more real names corresponding to each of the IP addresses on the Internet 20, and stores the URL information corresponding to the respective real names.
• a real name ⁇ 3 0 ⁇ (standing for Netpia in the Korean language) is stored corresponding to an IP address 210.103.175.66, and a URL information netpia.net corresponding to the real name ⁇ 3 ⁇ ⁇ ⁇ is stored.
• the access information database 32 stores access information on the client which requests an IP address confirmation to the real name server 33, that is, when it tries to access the specific web page of the Internet 20 via the real name server 33.
• the real name server 33 determines whether the access words input from the client 10 are the English domain names or the real names, and when the input access words are the English domain names, the real name server 33 provides the input access words to the English domain name server 40 to be processed, and when the input access words are the real names, the real name server 33 provides the corresponding IP addresses to the client 10 based on the data stored in the real name database 32.
• the real name server 33 determines whether the input access words are the English domain names or the real names according to whether or not the dots are included in the input access words. On the other hand, when the input access words are not stored in the real name database 31 , or another real name corresponds to the IP address corresponding to the input access word, that is, in the case where the corresponding IP address is not the real IP address, the real name server 33 stores the client access information in the access information database 32 so that the client access information may be processed by the web server 34 in a later process
• the URL information corresponding to the IP address of the client 10 and the input access word, or the input access word become the access information of the client, and especially when the IP address corresponding to the input access word is not a real IP address, the access information is formatted as a first format, and when the input access word is not in the real name database 31 , the access information is formatted as a second format to be stored in the access information database 32
• the web server 34 supports the client 10 to access through the Internet
• the web server 34 connects the client 10 to a corresponding web page according to whether the client 10 accessing through the Internet 20 tried to access the specific web page through the real name server 33
• the web server 34 searches for the access information database 32 using the IP address of the client 10, and when the corresponding IP address is contained in the access information formatted as the first format, the web server 34 connects the client 10 to the corresponding web page according to the URL information included in the corresponding access information
• the web server 34 drives the search engine 35 to collect the information comprising the access words of the corresponding access information from a plurality of servers on the Internet 20
• the search engine 35 searches for the data of the servers on the
• Internet 20 using the access word as a search word collects the information of the web page providing the information including the access word input by the client 10, and provides the same to a search results page
• a computer is used as the client 10, but mobile stations to be connected to the Internet 20 and other communication devices such as TVs having the Internet accessing functions can be used
• the client 10 executes an Internet access environment setting program and sets the real name server 33 of the access device 30 with a server which provides an address confirmation service
• the IP addresses of the generally used English domain name server 40 are previously backed up and the same are returned together with a termination of the Internet access environment setting program of the client 10 so that no changes may occur in basic usage by the client 10
• FIGs 2 (a) and (b) show a flow chart for operations of the web page accessing system using real names according to the first preferred embodiment of the present invention
• the input access word is provided to the real name server 33 of the access device 30 in step S100
• the real name server 33 determines whether the access word provided by the client 10 is the English domain name or the real name in step S1 10 For example, in the case where the input access word includes an identification character ' ' (a dot character) such as in 'netpia net the real name server 33 determines that the input access word is the English domain name and provides the input access word to the English domain name server 40 in step S 120
• the English domain name server 40 provides the IP address corresponding to the input access word in order for the client 10 to access the web page having the corresponding IP address in step S130
• the real name server 33 determines that the input access word is the real name, and searches the real name database 31 to find the corresponding IP address by using the input access word in steps S140 and S150
• the real name server 33 determines whether the IP address corresponding to the corresponding access word is the real IP in step S160 In the case where the IP address is the real IP address, that is, when the IP address corresponding to the real name which is the input access word does not correspond to another real name, the real name server 33 provides the searched IP address to the client 10 in order for the client 10 to access the web page having the corresponding IP address in steps S170 and S180 On the other hand, when the IP address is not the real IP address, that is, in the case where another real name corresponds to the IP address corresponding to the input access word, the real name server 33 provides the client 10 with the IP address of the web server 34 of the access device 30 providing the Internet access mediating service, and together with this, formats the client access information including the IP address of the client 10 and the URL information corresponding to the input access word as the first format, and stores the formatted information in the access information database 32 in step S190 The access information formatted as the first format will
• the real name server 33 provides the IP address of the web server 34 of the access device 30 providing the access mediating service to the client 10 even when the input access word is not stored in the real name database 31 , and formats the client's access information including the IP address of the client 10 and the input access word as the second format and stores the formatted information in the access information database 32 in step S200
• the access information formatted as the second format will be referred to as second access information hereinafter for ease of explanation
• the access information can be stored in the access information database 32, and by storing a specific symbol in the file, the stored access information can be determined to have been formatted as either the first or the second formats
• the client 10 access the web server 34 of the access device 30 according to the IP address provided by the real name server 33 in step S210
• the web server 34 determines whether the IP address of the accessing client 10 is stored in the access information database 32 so as to detect whether the client 10 was a device which had tried to access the specific web page via the real name server 33 in steps S220 and S230
• the access information database 32 determines whether the IP address of the accessing client 10 is stored in the access information database 32 so as to detect whether the client 10 was a device which had tried to access the specific web page via the real name server 33 in steps S220 and S230 In the
• the web server 34 connects the client 10 to the corresponding web page according to the URL information included within the first access information in step S250
• the web server 34 drives the search engine 35 to collect information including the corresponding access word from a plurality of the servers connected on the
• the search engine 35 collects the information of the web pages which include the word ⁇ m ° ⁇ from all the servers on the Internet
• the client 10 converts the searched results into HTML format and provides the same to the client 10 for the user to browse the results on the browser Accordingly, when the user clicks specific information which displays the desired web page from the search results, the client 10 is connected to the corresponding web page
• step S230 in the case where the IP address of the accessing client 10 is not stored in the access information database 32, that is, when the client 10 did not request a confirmation of the IP address via the real name server 33, the client 10 is connected to an established page, for example, the homepage of the access device 30 in step S290
• the user can easily access desired web pages using the existing English domain names or the real names
• FIG 3 shows a configuration of the web page accessing system using the real names according to the second preferred embodiment of the present invention
• the client is connected to the web server of the access device providing the access mediating service
• the client 10 of the web page accessing system using the real names further comprises a hook module 11 which accesses the client 10 to the access device 50 according to whether or not the client 10 accessed the Internet
• the hook module 11 determines occurrences of the Internet- accessing executions by the client 10 (accessing word inputting events) by whether or not the user clicked an enter command on the web browser such as the Explorer, and converts the access word, which was provided on the web browser before the input of the enter function, into a specific query form and provides the converted access word to the access device 50
• the access device 50 comprises a web server 51 and a real name database 52
• the access device further comprises an access-banning database 53 which stores English domain names corresponding to specific web pages in order to provide a function to ban access to specific web pages
• the web server 51 can further comprise an access word identifying module 511 which identifies whether or not the access word provided by the hook module 11 of the client 10 is the real name or the English domain name, and an access word processing module 512 which searches for the real name database 52 and connects the client 10 to the corresponding page in the case where the access word is the real name
• the web page accessing system can further comprise a search engine 54
• FIG 4 shows a flow chart for operation of the web page accessing system using real names according to the second preferred embodiment of the present invention
• the hook module 11 of the client 10 collects messages which are generated by data inputting or program driving occurring in the client 10 in step S300, and in the case where the collected message is an enter-key operation message and this enter-key function is input on an Internet accessing program such as a web browser, the hook module 11 determines that the word sequences which were input before the enter-key operation is generated are the access words, and converts this access words into a specific query form and connects the client 10 to the access device 50 in steps S310 to S330.
• the hook module when the word sequence " ⁇ l ⁇ j °
• - is input on the web browser and the enter key is then clicked, the hook module generates the access word input together with the URL of the access device 50, that is, the specific query sentence as follows: http://www.search.netpia.com/search.asp?keyword "netpia". Accordingly, the client 10 accesses the access device 50 with the keyword ⁇ l ⁇ l 0 ]-. Therefore, the client 10 accesses the web server 51 of the access device 50 without accessing an additional server which confirms the IP address.
• the hook module 1 1 continues to collect the message.
• the access word identifying module 511 of the web server 51 of the access device 50 determines whether the query equation is the English domain name or the real name according to whether or not the dot character is included in the access word in the specific query equation in step S340.
• the access word is determined to be the real name, and the access word processing module 512 searches the real name database 52 to confirm whether the input access word is stored in the real name database 52 in step S350.
• the access word processing module 512 connects the client 10 to the corresponding web page according to the URL information corresponding to the access word in steps S360 and S370.
• the access word processing module 512 drives the search engine 54 to collect information on the web page providing information including the corresponding access word on the Internet, and connects the client 10 to the search results page like the first preferred embodiment of the present invention in steps S380 to S400
• the access word is determined to be the English domain name
• the access word processing module 512 searches the access banning database 53 to determines whether the input access word corresponds to the English domain name of the access-banned web page in step S410
• the client 10 is not connected to the web page corresponding to the input access word, but to a self-established specific page (e g , a page for providing a warning message when accessing the web page) in step S420
• the client 10 is connected to the web page corresponding to the access word in step S430
• the client 10 when an Internet accessing event, that is, an access word inputting event is generated in the client 10, the client 10 directly connects to the access device, and the web page accessing process using the English domain name and the real name is executed within the access device, and thereby, the client accesses the corresponding web page more quickly Also, since it is possible to access specific web pages, children or young persons can be effectively prevented from gaining access to pornography web pages
• the additional real name server for processing the real names had to be installed
• the real names can be converted into the IP addresses by using a name service providing program such as the BIND which converts the existing English domain names into the corresponding IP addresses
• the real names are encoded into the English domain formats, that is, the English data formats
• FIG 5 shows a block diagram of the web page accessing system using real names according to a third preferred embodiment of the present invention
• FIG 6 shows an example of the web page accessing system using real names according to the third preferred embodiment of the present invention
• the access device 60 of the web page accessing system using the real names according to the third preferred embodiment of the present invention differing from the first preferred embodiment of the present invention, comprises a local name server 61 which encodes the access word input by the client 10 into the English data format, a hierarchical real name server 62 which provides the IP addresses corresponding to the hierarchical real names including the dot characters, a single real name server 63 which provides the IP addresses corresponding to the real names without the dot characters, and an English domain name server 64 which provides the IP addresses corresponding to the English domain names
• the hierarchical real name server 62 and the single real name server 63 confirm the
• the single real name server 63 can comprise at least one or more root name servers to manage the real names quickly
• the hierarchical real name server For example, as shown in FIG 6, the hierarchical real name server
• the 15 62 can configure a four-step hierarchy where the root name server " ' ⁇ " ⁇ -" (standing for Korea) is connected to the second step name servers " ⁇ j ⁇ V' (standing for company), “ “ Sj- ⁇ Z” (standing for school), and “7] ⁇ -" (standing for organization), and the second step name server “5] ⁇ r " is connected to the third step name servers "- ⁇ r ⁇ " (standing for Samsung) and "tfl- ⁇ -"
• the name servers 621 to 62n of the hierarchical real name server 62 and the single real name server 63 provide the IP addresses corresponding
• the English domain name server 64 provides the IP addresses corresponding to the English domain names, and can comprise a
• FIGs 7 (a) and (b) show a flow chart for operations of the web page accessing system using real names according to the third preferred embodiment of the present invention As shown in FIG 7 (a), when an access word is input from the client
• the local name server 61 of the access device 60 determines whether the input access word is the English domain name or the real name in steps S500 and S510
• data such as the languages or numbers are represented as 8-b ⁇ t formats, and the most significant bit (MSB) of the 8 bits of the English data is represented as '0', and the MSB of the 8 bits of the non- English data is represented as '1 '
• the local name server 61 in the third preferred embodiment of the present invention determines whether the input access word is the English domain name or the real name according to whether the
• MSB of the 8 bits indicating the access word input from the client 10 is '0' or
• the local name server 61 determines that the input access word is the English domain name, and provides the input access word to the English domain name server in step S520, and accordingly, the English domain name server 64 provides the IP address corresponding to the input English domain name to the local name server 61
• the local name server 61 provides the IP address input from the English domain name server 64 to the client 10 so that the client 10 accesses the corresponding web page
• the local name server 61 determines that the input access word is the real name, and encodes the input access word into the English data format which the domain name service providing program such as the existing BIND can process in step S530 Since the BIND program only processes the English-formed data such as the English alphabets A to Z and a to z, the numbers 0 to 9, and the hyphen, in the case where the access words are the non-English real names, especially in the case where the real names are Korean characters, the binary numbers indicating the corresponding real names are converted into hexa-decimal numbers, and each hexa-decimal number is processed as one character.
• the English indicates one character with one byte, and the Korean character with two bytes.
• the English is indicated between '0x0000' and '0x007F ⁇ and the Korean from '0xA180' to 'OxFEFF'.
• the hexa-decimal numbers corresponding to the binary numbers are shown in the following table. TAB. 1
• the local name server 61 encodes the access word i ⁇ - X ⁇ Y as follows.
• the local name server 61 divides the 2 bytes of data into 4 bits of data, and converts the word ' J' into c 0xB3DD ⁇ the word ' ⁇ T into '0xC7C7', and the word ⁇ ⁇ ' into '0xBEC6' according to TAB. 1.
• the word ⁇ l ⁇ ] ⁇ ' is encoded as 'B3DDC7C7BEC6'.
• the hexa-decimal numbers B, 3, D, etc. are respectively processed as one character, and therefore, B3DD is represented as 4-byte data.
• the word ' ⁇ ] ⁇ l-' is converted into the English data format having the BMS as '0', and
• the word can be processed in the programs which process the data having the existing English data format such as the BIND program.
• the local name server 61 provides the encoded access word to the real name server 62 or the single real name server 63 to be processed.
• the local name server 61 encodes each access word in the method as described above, and provides the same to the hierarchical real name server 62, and in the case where the input access word is the single real name, the local name server 61 encodes the input access word in the method as described above, and provides the 15 same to the single real name server 62 in step S540.
• the single real name server 63 finds the IP address corresponding to the single real name and provides the same to the local name server 61 , and the local name server 61 provides the IP 20 address to the client 10 to access the corresponding web page in steps S550 and S560.
• the hierarchical real name server 62 finds the IP address of the corresponding hierarchical real name sequentially from the root name server 25 621.
• the local name server 61 provides the encoded hierarchical real name to the root name server 621 in step S570, and the root name server 621 transmits a response message to the local name server 61 to access the next step name server, that is, the second step name server in step S580.
• the local name server 61 then provides the encoded hierarchical real name 30 to the second step name server 622 in step S590, and when the second step name server 622 can provide the IP address of the encoded hierarchical real name, the second step name server 622 provides the corresponding IP address to the local name server 61 in steps S600 and S610, and accordingly, the local name server 61 provides the input IP address to the client 10 ⁇ n step S620
• the second step name server 622 transmits a response message to the local name server 61 to access the next step name server in step S630
• the local name server 61 continuously provides the encoded hierarchical real name to the hierarchical real name server 62 until the IP address is provided by the name server in a step wherein the hierarchical real name has been provided
• the name servers of the steps of the hierarchical real name server 62 transmit a response message for requesting a next step name server access or provide the IP address
• the hierarchical real name server sequentially processes the keywords of the hierarchical real name from the rightmost one and provides the IP address corresponding to the leftmost keyword to the client
• the hierarchical real name server can sequentially process the keywords of the hierarchical real name from the leftmost one and provide the IP address corresponding to the rightmost keyword to the client
• the hierarchical real names can be processed in addition to the single real name including the one keyword, and thereby, the load provided to the server when processing the access words is reduced and the searching process becomes faster and more accurate
• a web page accessing system using real names according to a fourth preferred embodiment of the present invention will now be described
• FIG 8 shows a block diagram of the web page accessing system using the real names according to a fourth preferred embodiment of the present invention
• the web page accessing system using the real names according to the fourth preferred embodiment of the present invention is identical to that of the first preferred embodiment of the present invention, but the fourth preferred embodiment does not comprise the access information database, differing from the first preferred embodiment, and when the input access word is the real name, the real name server 71 does not process this input access word but the web server 72 does
• the web server 72 comprises an access word extracting module 721 which extracts the access word which requested the confirmation of the IP address from the information of the accessing client 10 to the real name server 71 , and a real name processing module 722 which searches for the real name database 73 based on the extracted access word to find the URL information which is the corresponding Internet address
• the web page accessing system using the real names according to the fourth preferred embodiment of the present invention can further comprise a search engine 74
• FIG 9 shows a flow chart for operations of the web page accessing system using real names according to the fourth preferred embodiment of the present invention
• the real name server 71 of the access device 70 determines whether the input access word is the English domain name or the real name in step S700
• the real name server 71 When the input access word is the English domain name, the real name server 71 provides the input access word to the English domain name server 40, and the English domain name server 40 finds the IP address corresponding to the input access word and provides the same to the real name server 71 in steps S720 and S730
• the real name server 71 provides the IP address provided by the English domain name server 40 to the client 10, and accordingly, the client 10 accesses the web page having the corresponding IP address in steps S740 and S750
• the real name server 71 does not search the real name database 73 like in the first preferred embodiment, but provides the IP address of the web server 72 of the access device 70 to the client 10 to access the web server 72 in step S760
• the client 10 accesses the web server 72 of the access device 70 according to the IP address provided by the real name server 71 , and this time, the client 10 accesses the web server 72 together with the access word used for request of the IP address confirmation and the IP address of the client 10 in step S770
• the access word extracting module 721 of the web server 72 extracts the access word information used for request of the IP address confirmation from the information of the accessing client 10 in step S780, and searches the real name database 73 using the extracted access word in step S790
• the web server accesses the client 10 to the corresponding web page according to the URL information corresponding to the corresponding access word in steps S800 and S810
• the web server 72 drives the search engine 74 in the like manner of the first preferred embodiment and collects information on the web page providing the information including the corresponding access word from a plurality of the servers connected to the Internet 20, and provides the same to the client 10 in step S820
• the third preferred embodiment that is, the web page accessing system encoding the real name into the English data format is described, but, this processing is not restricted to the above-noted method, and in all the preferred embodiments, it can be determined whether the input access word is the real name or the English name according to the MSB in the like manner of the third preferred embodiment in order for each real name server to process the hierarchical real names
• the web server can comprise the search engine in the above-noted preferred embodiments
• the web page accessing system accesses the corresponding web page when the real name is input to the URL on the browser (including the email), that is, the Internet address input window and further the preferred embodiment can access the corresponding web page when inputting the real name to a search word input window for searching services.
• the web server when the client of the above-noted web page system accesses the web server of the access device, the web server provides a search word input window for accessing the web page, and the user then inputs a desired real name to the search word input window, the web server searches the real name database using this real name to find the corresponding URL information so that the client may directly access the web page having the corresponding Internet address.
• the web page accessing system can access the web page using the real name as well as the URL of the English domain name, the user does not need to remember each of the access words of the specific web pages.
• the user can access the web page using the real name when using the BIND program providing the name service on the existing domain name server.
• the present invention provides information on the web page to which various information relating to the access word is provided by a plurality of the Internet sites, and therefore, the user can easily and quickly access the desired web page.
• the present invention classifies the real name into steps and processes the same, the load provided to the server which processes the real name is reduced, and thereby, more efficient and quick processing of the real name is performed.

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• 2000
  • 2000-02-03 KR KR10-2000-0005515A patent/KR100433982B1/ko not_active IP Right Cessation
  • 2000-06-02 WO PCT/KR2000/000579 patent/WO2001057728A1/en active Application Filing
  • 2000-06-02 JP JP2001556916A patent/JP3682023B2/ja not_active Expired - Fee Related
  • 2000-06-02 AU AU52531/00A patent/AU5253100A/en not_active Abandoned
  • 2000-06-02 CN CN00808173A patent/CN1353840A/zh active Pending

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