Dublin / Brisbane / Old Town / Brighton / HMM / Antwerp / Bonn / Gieres / Lisbon / New Town / /
Company
Porsche / SIAM Journal / Patterson / Shimizu / /
Country
Germany / Belgium / France / Australia / Portugal / United Kingdom / Ireland / UK / / /
Event
Natural Disaster / /
Facility
Speech Technology Research University of Edinburgh / Data Facility / Cambridge University / University Radio Corpus / /
IndustryTerm
tts systems / optimization algorithm / energy / non-linear optimisation algorithm / carrier sentences / parameter generation algorithm / unit-selection systems / speech synthesis systems / /
MarketIndex
HTS / /
MusicGroup
Gaussian / /
Organization
Cambridge University / Acoustical Society of America / Robert A.J. Clark The Centre / University of Edinburgh / Boston University / /
Person
V. Karaiskos / R. Maia / Y. Nankaku / H. Zen / J. Sebastian Andersson / J. Yamagishi / S. Renals / J. Yuan / Joao P. Cabral / D. Jurafsky / K. Tokuda / K. Richmond / C. Mayo / Leonardo Badino / T. Kobayashi / L. Badino / T. Masuko / R. Clark / A. Nenkova / J. Brenier / N. Miyazaki / T. Toda / J. Andersson / J. Cabral / Y. Vazquez-Alvarez / Robert A.J. Clark / S. King / /
Position
original speaker / speaker / trainable excitation model / 2nd author / King / /
Glottal Source and Prosodic Prominence Modelling in HMM-based Speech Synthesis for the Blizzard Challenge 2009 J. Sebastian Andersson, Joao P. Cabral, Leonardo Badino, Junichi Yamagishi, Robert A.J. Clark The Centre for