Chinese and foreign language voiced image data bidirectional reversible voice converting and subtitle labeling method

Abstract

The invention provides a Chinese and foreign language voiced image data bidirectional reversible voice converting and subtitle labeling method, and belongs to the technical field of voice and image data processing of computer systems. When Chinese voiced image data are converted into foreign language voice and subtitle labeled image data, voice signals are extracted, transmitted to a Chinese voice recognition module, and recognized into Chinese voice codes or Chinese characters, the Chinese voice codes or the Chinese characters are translated into an appointed foreign language through a machine translating module, and the foreign language is transmitted to a traditional video or image frame subtitle overlaying machine independently or by contrasting text subtitles, subtitle information is overlaid on a video or an image frame, the translated foreign language is synthesized into corresponding foreign language voice through a voice synthesis module, the video or the image frame with the subtitles and the foreign language voice are synthesized together and stored or synchronously output, and in a similar way, foreign language image data can be converted into Chinese image data. According to the method, Chinese audiences can learn the foreign language through foreign image data conveniently, and foreign audiences can learn Chinese through Chinese image data.

Description

technical field [0001] This technical solution belongs to the technical field of sound and image data processing of embedded or non-embedded computer systems. In the following description, embedded and non-embedded computer systems are collectively referred to as computer systems. Background technique [0002] At present, the Chinese or foreign language audiovisual materials on the market are superimposed with Chinese characters or foreign languages ​​or their corresponding subtitles. Generally, the Chinese or foreign language in Chinese or foreign language audiovisual materials is converted into Chinese characters or foreign languages ​​by manual means, and then handed over to the video screen or video screen. The subtitle overlay machine superimposes Chinese subtitles expressing Chinese meaning on the video screen or video screen, and at the same time translates Chinese into a foreign language through translation or vice versa, and then uses voice actors to match the voice ...

AI Technical Summary

Problems solved by technology

[0002] At present, the Chinese or foreign language audiovisual materials on the market are superimposed with Chinese characters or foreign languages ​​or their corresponding subtitles. Generally, the Chinese or foreign language in Chinese or foreign language audiovisual materials is converted into Chinese characters or foreign languages ​​by manual means, and then handed over to the video screen or video screen. The subtitle overlay machine superimposes Chinese subtitles expressing Chinese meaning on the video screen or video screen, and at the same time translates Chinese into a foreign language through translation or vice versa, and then uses voice actors to match the voice to the synchronized video screen or video screen In fact, due to the existence of a large number of audiovisual materials in Chinese or foreign languages ​​around the world, including audiovisual materials such as TV videos and movies, it would be labor-intensive and time-consuming to rely solely on manual conversion, and with the development of digital audiovisual technology The emergence, especially the emergence of computer systems for processing video and image data, there is an increasing need for a technology that can automatically convert Chinese or foreign language voices into foreign languages ​​​​or Chinese and add subtitles, and this technology can automatically be based on Chinese Or the technology of converting foreign language voice into Chinese subtitles can not only run in the computer system with the Chinese character system, but also run in the computer systems of the western countries represented by the United States without the Chinese character system and only with the 128-character ASCII code system. To meet the increasingly widespread use of the world's Internet and the emergence of cloud computing, the Internet of Things, and the emergence of Chinese fever around the world, and the increasingly frequent cultural exchanges between China and the West.