TH43812B - Multilingual Domain Name Service - Google Patents

Abstract

DC60 (23/04/57) Multi-language domain name system will allow users to Able to use domain names in a non-encrypted form Being Unicode or ASCII, the International DNS Service (or iDNS Service) accepts multilingual DNS requests and converts them to a format that can be used in the name system. Traditional Maine When the iDNS service starts accepting DNS requests, the service will consider it. The encryption of that request This may be done by considering the bit string in the top-level domain (or other parts) of the domain name and performing a string match. Match it with a list of known bit strings. For the top-level domain of a known encryption type. One row in that list There may be bit strings of Chinese ".com", BIG5, etc. After the iDNS service identifies the encoding of the domain name. That service will convert the encryption of that domain name. It then converts the Unicode to ASCII that complies with the most common DNS standards, and then passes it into the traditional domain name system. It recognizes the domain name in ASCII format and sends back the IP address that complements it. A multi-lingual domain name system allows users to Able to use domain names in a non-encrypted form Being Unicode or ASCII, the International DNS Service (or iDNS Service) accepts multilingual DNS requests and converts them to a format that can be used in the name system. Traditional Maine When the iDNS service starts accepting DNS requests, the service will consider it. The encryption of that request This may be done by considering bit strings in the top level domain. (Or any other part) of the domain name and perform a string match. Matches the list of bit strings. Known For the top-level domain of a known encryption type. One row in that list There may be bit strings of Chinese ".com", BIG5, etc. After the iDNS service identifies the encoding of the domain name. That service will convert the encryption of that domain name. It then converts the Unicode to ASCII that complies with the most common DNS standards, and then passes it into the traditional domain name system. It recognizes the domain name in ASCII format and returns the IP address it contains.

Claims (7)

1. A method used on a device to detect the coded language of digitally represented domain names. Receiving a digital sequence of some or all Of domain names represented by digital Such digital sequence matching from the domain name to the known digital sequence from the collection of known digital sequences. In which each sequence Assembled with the design Encrypt a specific language And that compilation contains a known digital sequence. For entry type At least two different language codes and an identification of the coding that is assembled with a known set of digital sequences. Matching the sequence Digitally from Domain Name 2. Claim Method 1 also includes receiving a DNS request containing a digitally represented domain name 3. Claim Method 1 or 2, where the stated Part. Before then The number of digitally represented domain names is the shortest code determination string in the domain name 4. One, 2 or 3 of the claim method It also contains a conversion of the set. Digital sequence of domain names represented by digital. Before matching that set of digital sequences, 5. Any method of claim 1 - 4. Where the digital sequence collection In the table figure Stores records that contain attributes including known digital sequence sets. And coding style 6. Claim Method 5, where the table will have at least records. The encoding scheme is as follows: ASCII, BIG5, GB2312, shift-JIS, EUC-JP, KSC5601, and extended ASCII. 7. Method of claim 5, where encoding is specified. It consists of specifying an encryption pattern. 8. Method of claim 1-7, where at least two known digital sequences are matched with a series of known digital sequences from the name. domain And will also contain Obtaining the digital sequence set of the second part of the digitally represented domain name and matching the digital sequence of the second part. Match the known digital sequence collection from the Known Digital Sequence Collection 9. The Claim 2 method also includes: Specifying the origin DNS service That serves for the consideration of the primary domain The origin of the specified cipher format and the sending of the DNS request to the origin DNS service 1 0. The claim 9 method also includes Digital sequence conversion of domain names from the specified encoding scheme. Make it a DNS encryption scheme compatible with the DNS protocol before sending this DNS request. 1. Method of claim 10 where DNS encoding is ASCII or commonly used language encoding 1. 2. Method of claim 10, where the digital hierarchy of domain names is converted to the domain name digital hierarchy. From the specified encryption model As Encrypt all common languages and digitized sequence conversion of domain names. From a commonly used language encoding to a DNS encoding scheme compatible with the DNS 1 protocol. 3. Equipment included. One processor Or more Memory made up of one or more processors. At least one and one network interface Or more It can accept a first DNS request including a domain name in the non-DNS encryption and send a DNS request, with the domain name being a DNS encoding that is compatible with the DNS protocol that is designed or modified. One or more results At least one Convert the non-DNS encrypted domain name to the DNS 1 encrypted domain name. 4. Device of claim 13, where there is a part of the network interface. Or so come and connect to the network in such a way that Make such a device Able to accept DNS requests where the client's DNS requests are There will be domain names in non-DNS 1 encryption. 5. Either of any 13 or 14 claim device where there is a partial network interface. Or more Come and connect to the network in a manner that Make such a device Able to send DNS requests to standard DNS service machines where that client's DNS request will have a domain name in DNS 1 encoded. 6.Equipment of any claim 13, 14 or 15. It also contains a matching table that resides in memory. At least part of the place where the matching table is composed of the language encoding. To the specific set of digital sequences expected to be found in digitized domain names 1. 7. Any equipment of Claim 13 - 16 where one or more of the designs or modifications are designed or modified. At least one Convert the non-DNS encrypted domain name to the DNS encoded domain name.