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  2. Babylon (software) - Wikipedia

    en.wikipedia.org/wiki/Babylon_(software)

    It is a tool used for translation and conversion of currencies, measurements and time, and for obtaining other contextual information. The program also uses a text-to-speech agent, so users hear the proper pronunciation of words and text. Babylon has developed 36 English-based proprietary dictionaries in 21 languages.

  3. Google Input Tools - Wikipedia

    en.wikipedia.org/wiki/Google_Input_Tools

    Later on, because of its steady rise in popularity, it was released as Google Transliteration IME for offline use in December 2009. It works on a dictionary-based phonetic transliteration approach, which means that whatever you type in Latin characters, it matches the characters with its dictionary and transliterates them.

  4. Déjà Vu (software) - Wikipedia

    en.wikipedia.org/wiki/Déjà_Vu_(software)

    Déjà Vu is a computer-assisted translation tool with its own program interface. It facilitates database-supported translation.. Development and marketing of this translation environment tool (TEnT) is handled by Atril, which has its international headquarters in Paris, France.

  5. Google improves Translate with offline AI - AOL

    www.aol.com/news/2018-06-12-google-translate...

    Google isn't going to sit idly by while Microsoft brings AI-based offline translation to your phone. The company is rolling out internet-free neural machine translation to its Translate apps for ...

  6. Comparison of computer-assisted translation tools - Wikipedia

    en.wikipedia.org/wiki/Comparison_of_computer...

    A number of computer-assisted translation software and websites exists for various platforms and access types. According to a 2006 survey undertaken by Imperial College of 874 translation professionals from 54 countries, primary tool usage was reported as follows: Trados (35%), Wordfast (17%), Déjà Vu (16%), SDL Trados 2006 (15%), SDLX (4%), STAR Transit [fr; sv] (3%), OmegaT (3%), others (7%).

  7. Apertium - Wikipedia

    en.wikipedia.org/wiki/Apertium

    Pipeline of Apertium machine translation system. This is an overall, step-by-step view how Apertium works. The diagram displays the steps that Apertium takes to translate a source-language text (the text we want to translate) into a target-language text (the translated text). Source language text is passed into Apertium for translation.

  8. Reverso (language tools) - Wikipedia

    en.wikipedia.org/wiki/Reverso_(language_tools)

    Reverso's suite of online linguistic services has over 96 million users, and comprises various types of language web apps and tools for translation and language learning. [11] Its tools support many languages, including Arabic, Chinese, English, French, Hebrew, Spanish, Italian, Turkish, Ukrainian and Russian.

  9. Comparison of machine translation applications - Wikipedia

    en.wikipedia.org/wiki/Comparison_of_machine...

    The following table compares the number of languages which the following machine translation programs can translate between. (Moses and Moses for Mere Mortals allow you to train translation models for any language pair, though collections of translated texts (parallel corpus) need to be provided by the user.