SP-P16: Speech Modeling for Robust Speech Recognition |
Session Type: Poster |
Time: Friday, May 21, 15:30 - 17:30 |
Location: Poster Area 5 |
Chair: Li Deng, Microsoft |
SP-P16.1: DBN BASED MULTI-STREAM MODELS FOR AUDIO-VISUAL SPEECH RECOGNITION |
John Gowdy; Clemson University |
Amarnag Subramanya; Clemson University |
Chris Bartels; University of Washington |
Jeff Bilmes; University of Washington |
SP-P16.2: TONE ARTICULATION MODELING FOR MANDARIN SPONTANEOUS SPEECH RECOGNITION |
Jian-Lai Zhou; Microsoft Research Asia |
Ye Tian; Microsoft Research Asia |
Yu Shi; Microsoft Research Asia |
Chao Huang; Microsoft Research Asia |
Eric Chang; Microsoft Research Asia |
SP-P16.3: SPATIO-TEMPORAL PROCESSING FOR DISTANT SPEECH RECOGNITION |
Siow Yong Low; Western Australian Telecommunications Research Institute |
Roberto Togneri; University of Western Australia |
Sven Nordholm; Western Australian Telecommunications Research Institute |
SP-P16.4: BAYESIAN DURATION MODELING AND LEARNING FOR SPEECH RECOGNITION |
Jen-Tzung Chien; National Cheng-Kung University |
Chih-Hsien Huang; National Cheng-Kung University |
SP-P16.5: ASYNCHRONOUS HMM WITH APPLICATIONS TO SPEECH RECOGNITION |
Ashutosh Garg; IBM |
Sreeram Balakrishnan; IBM |
Shivakumar Vaithyanathan; IBM |
SP-P16.6: MULTI-ENVIRONMENT MODELS BASED LINEAR NORMALIZATION FOR SPEECH RECOGNITION IN CAR CONDITIONS |
Luis Buera; University of Zaragoza |
Eduardo Lleida; University of Zaragoza |
Antonio Miguel; University of Zaragoza |
Alfonso Ortega; University of Zaragoza |
SP-P16.7: MODELING SUB-BAND CORRELATION FOR NOISE-ROBUST SPEECH RECOGNITION |
James McAuley; Queen's University Belfast |
Ji Ming; Queen's University Belfast |
Philip Hanna; Queen's University Belfast |
Darryl Stewart; Queen's University Belfast |
SP-P16.8: MITIGATION OF CHANNEL ERRORS IN EFR-BASED SPEECH RECOGNITION |
Ángel M. Gómez; Universidad de Granada |
Antonio M. Peinado; Universidad de Granada |
Victoria E. Sánchez; Universidad de Granada |
José L. Pérez-Córdoba; Universidad de Granada |
Antonio J. Rubio; Universidad de Granada |
SP-P16.9: CAN BACK-ENDS BE MORE ROBUST THAN FRONT-ENDS? INVESTIGATION OVER THE AURORA-2 DATABASE |
Alexis Bernard; Texas Instruments, Inc. |
Yifan Gong; Texas Instruments, Inc. |
Xiaodong Cui; University of California, Los Angeles |
SP-P16.10: MINIMUM KULLBACK-LEIBLER DISTANCE BASED MULTIVARIATE GAUSSIAN FEATURE ADAPTATION FOR DISTANT-TALKING SPEECH RECOGNITION |
Yue Pan; Carnegie Mellon University |
Alex Waibel; Carnegie Mellon University |
SP-P16.11: AUTOMATIC RECOGNITION OF BLUETOOTH SPEECH IN 802.11 INTERFERENCE AND THE EFFECTIVENESS OF INSERTION-BASED COMPENSATION TECHNIQUES |
Amr Nour-Eldin; Université du Québec |
Hesham Tolba; Université du Québec |
Douglas O'Shaughnessy; Université du Québec |
SP-P16.12: SENSITIVITY ANALYSIS OF NOISE ROBUSTNESS METHODS |
Luca Brayda; Panasonic Speech Technology Laboratory, United States / Institut Eurecom |
Luca Rigazio; Panasonic Speech Technology Laboratory |
Robert Boman; Panasonic Speech Technology Laboratory |
Jean-Claude Junqua; Panasonic Speech Technology Laboratory |
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