Bidirectional mechanical translation method for sentence pattern conversion between Chinese language and foreign language

Abstract

The invention is a kind of Chinese and foreign languages double-way automatic translation method which is based on the sentential form conversion and adopts the Chinese phonetic codes with the word as the unit, and it belongs to the automatic translation technology field. By the method we can translate Chinese and another language such as English to each other expediently, on one hand, it overcomes the present faults that all the Chinese-foreign languages translation can only be done by the Chinese characters and Chinese spelling because of that Chinese uses the connecting written Chinese phonetic codes by word which only adopts twenty-six Latin letters as the code element and includes Chinese sound, rhythm and tone to expresses information when translating, that Chinese characters and Chinese phonetic signs can not be compatible with ASCII codes completely and the malpractice that before every translation, the Chinese information that Chinese characters expresses has to be divided to single word, on the other hand, because of adopting the sentential form conversion method which bases on the lexical and the syntax system coincident with the goal language, to make the automatic translation method more exact than the traditional translation method, and the effectiveness better. However the inputting Chinese form is Chinese characters, Chinese spelling or Chinese phonetic codes, it can not only translates by the traditional method but also translate after changing the Chinese characters to Chinese phonetic codes, likely, if needed, the Chinese phonetic codes gotten after translation can not only express the Chinese information directly, but also be conversed to Chinese characters, Chinese spelling, Chinese sound, Chinese special person, Chinese localism or minority language sound.

Description

1. Technical field [0001] A method for two-way machine translation of Chinese and foreign languages, the method adopts two key technologies, one is to use a Chinese phonetic code that is 100% compatible with ASCII codes and only uses 26 Latin letters as a unit of words, and the other is to establish The lexical system and syntactic system of Chinese and the foreign language to be translated are basically consistent, and on this basis, the corresponding sentence patterns of the two languages ​​are established, and the two-way machine translation is realized by implementing two-way conversion of the corresponding sentence patterns of the two languages ​​during translation. When the various elements corresponding to Chinese used in the translation method, such as Chinese part-of-speech dictionary, Chinese part-of-speech string and Chinese sentence pattern comparison table, and Chinese and target foreign sentence pattern conversion comparison table, are replaced by another foreign ...

AI Technical Summary

Problems solved by technology

3. The low tide stage (1966-1976), mutual competition and blockade led to duplication of research content, consuming a lot of time and money that could be saved, and some researchers encountered difficulties and setbacks. In the United States, people initially believed that machines could completely replace humans The disillusionment of translation is generally disillusioned, and the research funding has shrunk sharply. The same is true in Western Europe. The American Language Processing Automation Advisory Committee published a survey report in 1966. Her release marked the beginning of the low tide of machine translation research.

[0005] First, when translating Chinese into a foreign language, they can only perform one-way or two-way translation between Chinese and foreign languages ​​represented by Chinese characters or Hanyu Pinyin

It is well known that the computer internal code of square ideographic Chinese characters is not in the code set of 128 ASCII codes, and the Chinese information expressed in Chinese characters is not divided into words before and after processing by the machine. Word segmentation processing; and Chinese Pinyin still has several disadvantages that are not convenient for machine information processing, such as: 1. The spelling is too long, 2. The five tones (including one soft tone) are not alphabetized and are not within the range of ASCII codes, 3. The sound, rhyme, and tone of Chinese word syllables are not arranged in a one-dimensional linear arrangement from left to right that is convenient for machine information processing, but are

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