Xavier Anguera Thesis

Xavier Anguera Thesis-20
The net effect of these enhancements was a 14-16% relative error reduction on distant microphones, and a 16-17% error reduction on close-talking microphones.

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Language models (LMs) were improved with the inclusion of new meeting and web data.

In spite of a lack of training data, we created effective LMs for the CHIL lecture domain.

We describe the development of our speech recognition system for the National Institute of Standards and Technology (NIST) Spring 2005 Meeting Rich Transcription (RT-05S) evaluation, highlighting improvements made since last year [1].

The system is based on the SRI-ICSI-UW RT-04F conversational telephone speech (CTS) recognition system, with meeting-adapted models and various audio preprocessing steps.

On one hand, I was leading the design and development of miniature and multiband antennas for handset phones.

I have been leading an interdisciplinary engineering Korean team (electrical and mechanical engineers).

Writing a thesis for my PHD in Electronic Engineering titled "Linking music-related information and audio data" @ The Centre for Digital Music, Queen Mary University of London Macrae and Simon Dixon, Evaluation of Real-time Dynamic Time Warping Methods for Score Following, Submitted to IEEE Transactions on Audio, Speech and Language Processing Robert Macrae and Simon Dixon, Guitar Tab Mining, Analysis and Ranking, In proceedings of the 12th International Society for Music Information Retrieval Conference (ISMIR), Miami, US, 2011.

Mathieu Barthet, Amélie Anglade, Gyorgy Fazekas, Sefki Kolozali, and Robert Macrae.

In 1997-1999 I joined the Electromagnetic and Photonic Engineering Group of the Signal Theory and Communications Department (ETSETB, UPC, Barcelona, Spain) as a doctorate student. I was involved in the design of a Dual-Frequency Dual-Polarized Fractal-Shaped microstrip patch array for GSM900 and GSM1800 communications systems. One of my main tasks was to provide training, education and development of the teams core competency, and to provide R&D vision to address the rapidly growing mobile device market.

My current research interests were fractal and wideband printed antennas. Under this period, the company Fractus had secured major contracts with companies such as Samsung, LG, Bellwave to name a few.

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