SPE-P7: Speech Enhancement III: Hearing Aids and other Applications |
| Session Type: Poster |
| Time: Wednesday, 6 May, 11:30 - 13:30 |
| Location: On-Demand |
| Virtual Session: View on Virtual Platform |
| Session Chairs: Ann Spriet, Goodix Technology Belgium and Reinhold Häb-Umbach, Paderborn University |
| SPE-P7.1: IMPROVING ROBUSTNESS OF DEEP LEARNING BASED MONAURAL SPEECH ENHANCEMENT AGAINST PROCESSING ARTIFACTS |
| Ke Tan; Ohio State University |
| DeLiang Wang; Ohio State University |
| SPE-P7.2: CAD-AEC: CONTEXT-AWARE DEEP ACOUSTIC ECHO CANCELLATION |
| Amin Fazel; Samsung |
| Mostafa El-Khamy; Samsung |
| Jungwon Lee; Samsung |
| SPE-P7.3: ARTIFICIAL BANDWIDTH EXTENSION USING CONDITIONAL VARIATIONAL AUTO-ENCODERS AND ADVERSARIAL LEARNING |
| Pramod Bachhav; EURECOM |
| Massimiliano Todisco; EURECOM |
| Nicholas Evans; EURECOM |
| SPE-P7.4: USING AUTOMATIC SPEECH RECOGNITION AND SPEECH SYNTHESIS TO IMPROVE THE INTELLIGIBILITY OF COCHLEAR IMPLANT USERS IN REVERBERANT LISTENING ENVIRONMENTS |
| Kevin Chu; Duke University |
| Leslie Collins; Duke University |
| Boyla Mainsah; Duke University |
| SPE-P7.5: SPEECH INTELLIGIBILITY ENHANCEMENT BY EQUALIZATION FOR IN-CAR APPLICATIONS |
| Enguerrand Gentet; Groupe PSA |
| Bertrand David; LTCI Télécom Paris |
| Sébastien Denjean; Groupe PSA |
| Gaël Richard; LTCI Télécom Paris |
| Vincent Roussarie; Groupe PSA |
| SPE-P7.6: MAXIMUM LIKELIHOOD ESTIMATION OF THE INTERFERENCE-PLUS-NOISE CROSS POWER SPECTRAL DENSITY MATRIX FOR OWN VOICE RETRIEVAL |
| Poul Hoang; Aalborg University |
| Zheng-Hua Tan; Aalborg University |
| Thomas Lunner; Oticon A/S |
| Jan Mark de Haan; Oticon A/S |
| Jesper Jensen; Oticon A/S |
| SPE-P7.7: A CONSTRAINED MAXIMUM LIKELIHOOD ESTIMATOR OF SPEECH AND NOISE SPECTRA WITH APPLICATION TO MULTI-MICROPHONE NOISE REDUCTION |
| Adel Zahedi; Oticon A/S |
| Michael Syskind Pedersen; Oticon A/S |
| Jan Østergaard; Aalborg University |
| Lars Bramsløw; Oticon A/S |
| Thomas Ulrich Christiansen; Oticon A/S |
| Jesper Jensen; Oticon A/S |
| SPE-P7.8: CLCNET: DEEP LEARNING-BASED NOISE REDUCTION FOR HEARING AIDS USING COMPLEX LINEAR CODING |
| Hendrik Schröter; Friedrich-Alexander Universität Erlangen-Nürnberg |
| Tobias Rosenkranz; Sivantos GmbH |
| Alberto Nicolas Escalante Banuelos; Sivantos GmbH |
| Marc Aubreville; Friedrich-Alexander Universität Erlangen-Nürnberg |
| Andreas Maier; Friedrich-Alexander Universität Erlangen-Nürnberg |
| SPE-P7.9: A TIME-FREQUENCY NETWORK WITH CHANNEL ATTENTION AND NON-LOCAL MODULES FOR ARTIFICIAL BANDWIDTH EXTENSION |
| Yuanjie Dong; School of Computer Science and Technology, Wuhan University of Technology |
| Yaxing Li; School of Computer Science and Technology, Wuhan University of Technology |
| Xiaoqi Li; School of Computer Science and Technology, Wuhan University of Technology |
| Shan Xu; School of Computer Science and Technology, Wuhan University of Technology |
| Dan Wang; School of Computer Science and Technology, Wuhan University of Technology |
| Zhihui Zhang; School of Computer Science and Technology, Wuhan University of Technology |
| Shengwu Xiong; School of Computer Science and Technology, Wuhan University of Technology |
| SPE-P7.10: MASKING AND INPAINTING: A TWO-STAGE SPEECH ENHANCEMENT APPROACH FOR LOW SNR AND NON-STATIONARY NOISE |
| Xiang Hao; Inner Mongolia University |
| Xiangdong Su; Inner Mongolia University |
| Shixue Wen; Sogou incorporated |
| Zhiyu Wang; Inner Mongolia University |
| Yiqian Pan; Sogou incorporated |
| Feilong Bao; Inner Mongolia University |
| Wei Chen; Sogou incorporated |
| SPE-P7.11: 3-D ACOUSTIC MODELING FOR FAR-FIELD MULTI-CHANNEL SPEECH RECOGNITION |
| Anurenjan Purushothaman; Indian Institute of Science, Bangalore |
| Anirudh Sreeram; Indian Institute of Science, Bangalore |
| Sriram Ganapathy; Indian Institute of Science, Bangalore |