| Document Date: 2011-01-14 19:24:25
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City Santa Clara / Brisbane / Brighton / Kyoto / Philadelphia / Lisbon / / Company Dynamic Bayesian Networks / Intel / Microsoft / / Country Japan / United States / Australia / Portugal / United Kingdom / / / Event Funding / / Facility Spain University of California / International Computer Science Institute / Gerald Friedland3 University of Zaragoza / / IndustryTerm online subsystem stores / conventional systems / negligible processing time / Online decision In order / online processing / overall online diarization performance / online system / particular offline diarization algorithm / online adaptation / proposed online diarization system / online diarization system / Online GMM / online diarization subsystems / online subsystems / online diarization / online subsystem / Online diarization performance To / hybrid online/offline processing / online decisions / Online speaker identification systems / final online decision / speaker clustering algorithm / offline and online subsystems / dialog systems / speech processing / online component / offline processing / online diarization performance / online subsystem depending / resulting in an overall online diarization performance / / Organization International Computer Science Institute / University of California / Berkeley / Gerald Friedland3 University of Zaragoza / / Person IEEE ICASSP / V / Chiba / Identification / Diarization / / / Position actor / speaker / RT / actual speaker / current speaker / sec Buffer Online subsystem Speaker / Multi-Modal speaker / Online Speaker / Work Speaker / / ProvinceOrState Pennsylvania / California / / Technology particular offline diarization algorithm / speaker clustering algorithm / video conferencing / / URL http /
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INTERSPEECHA Hybrid Approach to Online Speaker Diarization Carlos Vaquero1 , Oriol Vinyals2,3 , Gerald Friedland3 University of Zaragoza, Zaragoza, Spain University of California, Berkeley, CA, USA