Anton Ragni

Received I received my B.Eng. and M.Eng. degrees in information technology from University of Tartu in 2005 and 2007 respectively. From 2005 to 2008 I underwent graduate training at Nordic Graduate School of Language Technology. From 2007 to 2008 I was an intern in Speech Technology Group, Toshiba Research Europe Limited. From 2008 to 2014 I was studying for my PhD degree in automatic speech recognition at University of Cambridge, where my supervisor was Professor Mark Gales. I am now a Research Associate workin gfor Prof Gales on the BABEL project.

From 2005 to 2008 underwent graduate training I received the "Best Student Paper Award" at Nordic Graduate School of Language Technology. IEEE Workshop on Automatic Speech Recognition and Understanding for my paper "Generative kernels for noise robust ASR" co-authored with M.J.F. Gales in 2011.

From 2007 to 2008 was an intern in Speech Technology Group, Toshiba Research Europe Limited.

Since 2008 has been pursuing Ph.D. degree in automatic speech recognition at University of Cambridge.

Received "Best Student Paper Award" at IEEE Workshop on Automatic Speech Recognition and Understanding for his paper "Generative kernels for noise robust ASR" co-authored with M.J.F. Gales in 2011.

BABEL (IARPA funded) Generative kernels and score-spaces for classification of speech (non-funded) HTK Version 3 (non-funded) BABEL (IARPA funded)

Generative kernels and score-spaces for classification of speech (non-funded)

HTK Version 3 (non-funded)

Discriminative models for speech (Toshiba, EPSRC and HTK funded PhD) HTK Version 3

HTK Version 3

Kernel Methods for Speech Processing (non-funded) with Z. Roupakia and M.J.F. Gales Structured Discriminative Models (non-funded) with S.-X. Zhang and M.J.F. Gales

Structured Discriminative Models (non-funded) with S.-X. Zhang and M.J.F. Gales

Kernel methods for speech processing: acoustic modelling and language modelling

acoustic Discriminative modelling language modelling for speech processing: unstructured discriminative models and structured discriminative models

Discriminative Generative modelling for speech processing: universal generative acoustic/language models and speaker/environmental adaptation/compensation

unstructured discriminative models structured discriminative models

Generative modelling for speech processing:

universal generative acoustic/language models speaker/environmental adaptation/compensation