A Tibetan-Latin full-simplified double-pin coding method and its intelligent input system

An encoding method, a Latin technology, applied in the input/output process of data processing, instruments, electrical digital data processing, etc. Write two-way accurate conversion, fixed vocabulary associative prompts and calls, etc.

Active Publication Date: 2018-01-16
史晓东 +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] The existing "Tibetan-Latin transliteration input method" has the following deficiencies: in the Tibetan-Latin transliteration coding scheme, Latin uppercase and lowercase letters and more ASCII code symbols are required; Tibetan Sanskrit mainly has the form of vertical and horizontal arrangement of basic characters In the system, there are problems in the processing method of horizontal combination of parts and vertical multi-layer superposition combination of syllables; it cannot be simplified when encountering missing words in the vocabulary; it is limited to association prompts and calls for fixed vocabulary; it cannot realize modern Tibetan and Two-way accurate conversion of Latin transliteration; can not fully realize the input of any Tibetan or Sanskrit characters and syllables, such as "abbreviations"

Method used

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  • A Tibetan-Latin full-simplified double-pin coding method and its intelligent input system
  • A Tibetan-Latin full-simplified double-pin coding method and its intelligent input system
  • A Tibetan-Latin full-simplified double-pin coding method and its intelligent input system

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Embodiment 1

[0090] The full-simplified double spelling coding method of Tibetan Latin of the present embodiment comprises: Tibetan-Sanskrit Latin code table and basic coding rules;

[0091] Tibetan-Sanskrit letters in the Tibetan-Sanskrit Latin code table W and a in the Latin alphabet are used to encode the pronouns, and the other 28 Tibetan-Sanskrit letters are consistent with the Latin letters in the internationally accepted Wylie encoding rules. In the international general wylie encoding rules, the consonant needs to write the vowel a thereafter to represent, but the present invention does not need to write it out. See Table 1 Tibetan-Sanskrit Latin code table for details.

[0092] Table 1 Tibetan-Sanskrit Latin suffix coding table

[0093]

[0094] In this embodiment, the basic encoding rules include:

[0095] Rule 1: For Tibetan and Sanskrit parts with pronunciation, Latin letters with the same or similar pronunciation are used as codes for reading and writing codes, and corre...

Embodiment 2

[0132] refer to figure 1 , the intelligent input system of the full-simplified double-pin coding of Tibetan Latin in the present embodiment is based on the intelligent input system of the full-simplified double-pin coding method of Tibetan Latin described in embodiment 1, and the input system includes: an intelligent matching module, a dictionary storage module, input / word module and dialect processing module; the intelligent matching module matches the coded string input by the user with the code stored in the coded probability table, and obtains a matching result; if it is a "no match" result, the coded After the string is split, each split part is matched again, a phrase is temporarily formed, a candidate prompt is generated, and the candidate prompt is sent to the input / word module; Said coding string is transcribed into Tibetan Sanskrit; Described input / group word module, according to group word input prompt, imports each Latin character of self-made word successively to...

Embodiment 3

[0148] refer to figure 2 , the intelligent input method of the Tibetan Latin full-simplified double-pin coding of the present embodiment, based on the intelligent input system of the Tibetan-language Latin full-simplified double-pin coding method described in embodiment 2, use the computer standard keyboard QWERTY keyboard, full simple double-pin Intelligent input of Tibetan and Sanskrit includes the following steps:

[0149] S1, the user inputs Tibetan-Sanskrit Latin characters or ASCII code strings as required;

[0150] S2, judging whether the Latin code or ASCII code string is a dialect code, if so, converting the dialect code string input by the user into a Latin code or ASCII code string recognized by the system, and entering S3; if not, directly entering S3;

[0151] S3, performing encoding probability matching on the encoding string, if matching, displaying the candidate encoding prompt corresponding to the encoding string, and turning to S5; if not matching, then tu...

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Abstract

The invention provides a Tibetan and Latin complete-short-form binary-syllabification encoding scheme and an intelligent input system of the encoding scheme, and relates to the field of Chinese information processing. According to the encoding scheme, coding of vowels and consonants of Tibetan is consistent with internationally-used Wylie Latin transliteration, only two characters (please see the different characters in the specification) are different and are encoded with w and a, and seven basic encoding rules are set; remaining Tibetan and Sanskrit characters are encoded by considering both pronunciation and character patterns. The system comprises an intelligent match module, a dictionary storage module, an input / word grouping module and a localism processing module. In inputting, small letters of a QWERTY keyboard and a few of ASCII codes are adopted. When a word cannot be input under the condition of direct simple spelling, the word can be input in a full-spelling mode, and then the word can be simply spelled when being input again. The encoding scheme and the intelligent input system solve the problems that in an existing Tibetan input method, capital and small letters of Latin and many ASCII codes are needed, simple spelling can be achieved when words are not stored in a word list, and not all Tibetan and Sanskrit characters and syllables can be input, and the Tibetan, Sanskrit and Latin transliteration encoding scheme also meets the English habits.

Description

technical field [0001] The invention relates to the field of Chinese information processing, in particular to a Tibetan-Latin full-simplified double-pin coding method and an intelligent input system thereof. Background technique [0002] At present, the ones related to the Latin transliteration Tibetan input method patent application include: the publication (announcement) number is CN1045308A, and the applicant is "Tibetan input coding method and its keyboard" by Luo Shengyi, etc. of the 710th Research Institute of the Ministry of Aerospace Industry; the publication ( Announcement) number is CN100403239C applicant is "Tibetan input method based on English keyboard" by Wang Weilan of Northwest University for Nationalities, etc.; public (announcement) number is CN1230714A applicant is "Tibetan computer input method and keyboard" of Lhasa 56111 army Wei Shengtao, etc. . In addition, there are webpages for existing research on extended Latin transcription schemes for Tibetan (...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): G06F3/023
CPCG06F3/0233
Inventor 史晓东卢亚军
Owner 史晓东
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