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Welcome to the EMIME project!

European flag FP7 general logo
Click the map to try our demo of within-language adaptation:

Voices of the world screenshot

The EMIME project will help to overcome the language barrier by developing a mobile device that
performs personalised speech-to-speech translation, such that the a user’s spoken input in one language
is used to produce spoken output in another language, while continuing to sound like the user’s voice.
Personalisation of systems for cross-lingual spoken communication is an important, but little explored,
topic. It is essential for providing more natural interaction and making the computing device a less
obtrusive element when assisting human-human interactions.

We will build on recent developments in speech synthesis using hidden Markov models, which is the
same technology used for automatic speech recognition. Using a common statistical modelling framework
for automatic speech recognition and speech synthesis will enable the use of common techniques
for adaptation and multilinguality.

Significant progress will be made towards a unified approach for speech recognition and speech synthesis:
this is a very powerful concept, and will open up many new areas of research. In this project,
we will explore the use of speaker adaptation across languages so that, by performing automatic speech
recognition, we can learn the characteristics of an individual speaker, and then use those characteristics
when producing output speech in another language.

Our objectives are to:

1. Personalise speech processing systems by learning individual characteristics of a user’s speech and
reproducing them in synthesised speech.

2. Introduce a cross-lingual capability such that personal characteristics can be reproduced in a second
language not spoken by the user.

3. Develop and better understand the mathematical and theoretical relationship between speech recognition
and synthesis.

4. Eliminate the need for human intervention in the process of cross-lingual personalisation.

5. Evaluate our research against state-of-the art techniques and in a practical mobile application.



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