Device basing on multi-terminal multi-lingual translation method between multi-platform of multimedia

Abstract

The invention discloses a multi-terminal and multilingual inter-translating device among a plurality of platforms based on multimedia, comprising a server side and a plurality of client sides, wherein, the server side is a computer installed with an analysis program and a data base, and the client side is a terminal equipment installed with a browser or a client program of mutual translation software. The database is an information sum of multimedia, lingual semanteme and lingual speech, wherein, the multimedia comprises pictures, videos, animations and voices, the lingual semanteme comprises characters, words, sentences and articles, and the lingual speech is pronunciation related to the semanteme. An instruction of translation of a target language required to be translated is sent to the server side by users via operating a terminal equipment, the analysis program at the server side, according to the association and corresponding relationship between the semanteme and pronunciation and the association and corresponding relationship between the semanteme and the multimedia, translates the target language after receiving the instruction, and the semanteme, the pronunciation and the multimedia of the target language are then sent to the client side. After the client side receives the semanteme, the pronunciation and the multimedia of the target language, the translation is finished. The invention has the advantages of convenience, rapidness, direct vision, accuracy, vividness and liveliness.

Description

technical field [0001] The invention relates to a device for multi-terminal multi-language mutual translation method, in particular to a multi-platform multi-terminal multi-language mutual translation method based on multimedia, and belongs to the technical field of network multimedia-based language translation. Background technique [0002] At present, the application of network and information technology has penetrated into various fields as the most common technology, and the multilingual inter-translation devices based on the network are also constantly updated and developed. However, the translation systems of the prior art are still based on semantics. For example: Chinese people want to convey a message to British people through the Internet, use Chinese-to-English translation software to translate Chinese into English, and then convey it to British people. The translation process is to use the semantics of each word and collocation structure of the sentence Conduct c...

AI Technical Summary

Problems solved by technology

The existing semantic-based translation devices have the following disadvantages: (1) the translation software has a single function and cannot meet the needs of multilingual translation. If there are multiple language needs, multiple software will be run, so a large amount of system resources will be taken up ; (2) The accuracy is poor, because the target sentence translated into it is only the closest meaning that the software can achieve, there must be uncertainty, and it cannot be applied in fields such as business communication, education and learning that require high information accuracy (3) Intuitiveness is poor, and existing translation device seldom can present vivid multimedia picture to help user understand to client user, can only translate by word or sentence pattern, is unfavorable for teaching application; (4) compatibility is poor , there are many types of clients in reality, but translation devices in the prior art cannot meet the needs of various types of clients

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