AE-P2: Hearing Aids, Auditory Models and Physical Models |
| Session Type: Poster |
| Time: Wednesday, May 17, 16:30 - 18:30 |
| Location: Poster Area 1 |
| Chair: Malcolm Slaney, Yahoo! Research |
| AE-P2.1: WAVELET PACKET FILTERBANK FOR SPEECH PROCESSING STRATEGIES IN COCHLEAR IMPLANTS |
| Waldo Nogueira, Andreas Giese, Bernd Edler, Universität Hannover, Germany; Andreas Büchner, Hannover Hörzentrum, Germany |
| AE-P2.2: A COCHLEAR SYSTEM WITH IMPLANT DSP |
| Songping Mai, Chun Zhang, Mian Dong, Zhihua Wang, Tsinghua University, China |
| AE-P2.3: AUDITORY INFORMATION CODING BY COCHLEAR NUCLEUS ONSET NEURONS |
| Huan Wang, Marcus Holmberg, Werner Hemmert, Infineon Technologies - Corporate Research, Germany |
| AE-P2.4: DYNAMIC, COMPRESSIVE GAMMACHIRP AUDITORY FILTERBANK FOR PERCEPTUAL SIGNAL PROCESSING |
| Toshio Irino, Wakayama University, Japan; Roy Patterson, University of Cambridge, United Kingdom |
| AE-P2.5: EXPLOITING VOICING CUES FOR CONTRAST ENHANCED FREQUENCY SHAPING OF SPEECH FOR IMPAIRED LISTENERS |
| Naomi Harte, Trinity College Dublin, Ireland; Shahab Ansari, Simon Fraser University, Canada; Ian Bruce, McMaster University, Canada |
| AE-P2.6: SMOOTH GMM BASED MULTI-TALKER SPECTRAL CONVERSION FOR SPECTRALLY DEGRADED SPEECH |
| Chuping Liu, University of Southern California, United States; Qian-Jie Fu, House Ear Institute, United States; Shrikanth S. Narayanan, University of Southern California, United States |
| AE-P2.7: BINAURAL MULTI-CHANNEL WIENER FILTERING FOR HEARING AIDS: PRESERVING INTERAURAL TIME AND LEVEL DIFFERENCES |
| Thomas J. Klasen, Simon Doclo, Tim Van den Bogaert, Marc Moonen, Jan Wouters, Katholieke Universiteit Leuven, Belgium |
| AE-P2.8: HOWLING SUPPRESSION IN HEARING AIDS USING LEAST-SQUARES ESTIMATION AND PERCEPTUALLY MOTIVATED GAIN CONTROL |
| Ashutosh Pandey, V. John Mathews, University of Utah, United States |
| AE-P2.9: WAVE DIGITAL SIMULATION OF A VACUUM-TUBE AMPLIFIER |
| Matti Karjalainen, Jyri Pakarinen, Helsinki University of Technology, Finland |
| AE-P2.10: PARAMETRIC EXCITATION MODEL FOR WAVEGUIDE PIANO SYNTHESIS |
| Jukka Rauhala, Vesa Välimäki, Helsinki University of Technology, Finland |
| AE-P2.11: ON THE ADAPTATION OF THE LINEAR BICHARACTERISTIC SCHEME TO BLOCK-BASED PHYSICAL MODELING FOR DIGITAL SOUND SYNTHESIS OF STRING INSTRUMENTS |
| José Escolano, José-Javier López, Technical University of Valencia, Spain |
| AE-P2.12: A PHYSICAL MODEL FOR PLATE REVERBERATION |
| Stephan Bilbao, Queen's University, United Kingdom; Kevin Arcas, Antoine Chaigne, Unité de Mécanique - ENSTA, France |
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