Technical Program

NOISE: Noise & Reverberation Suppression

Session Type: Poster
Poster Time: Wednesday, March 1, 16:40 - 18:10
Location: Deck Lounge [7th Floor]
 
NOISE.1: JOINT NOISE AND MASK AWARE TRAINING FOR DNN-BASED SPEECH ENHANCEMENT WITH SUB-BAND FEATURES
Presentation Link: Click here to view presentation
         Qing Wang; University of Science and Technology of China, China
         Jun Du; University of Science and Technology of China, China
         Li-Rong Dai; University of Science and Technology of China, China
         Chin-Hui Lee; Georgia Institute of Technology, United States
 
NOISE.2: TWO-STAGE SPEECH ENHANCEMENT WITH MANIPULATION OF THE CEPSTRAL EXCITATION
Presentation Link: Click here to view presentation
         Samy Elshamy; Technische Universität Braunschweig, Germany
         Nilesh Madhu; NXP Software, Belgium
         Wouter Tirry; NXP Software, Belgium
         Tim Fingscheidt; Technische Universität Braunschweig, Germany
 
NOISE.3: MODULATION-DOMAIN SPEECH ENHANCEMENT USING A KALMAN FILTER WITH A BAYESIAN UPDATE OF SPEECH AND NOISE IN THE LOG-SPECTRAL DOMAIN
Presentation Link: Click here to view presentation
         Nikolaos Dionelis; Imperial College London, United Kingdom
         Mike Brookes; Imperial College London, United Kingdom
 
NOISE.4: EVD-BASED MULTI-CHANNEL DEREVERBERATION OF A MOVING SPEAKER USING DIFFERENT RETF ESTIMATION METHODS
         Ina Kodrasi; University of Oldenburg, Germany
         Simon Doclo; University of Oldenburg, Germany
 
NOISE.5: ROOM EQUALIZATION BASED ON MEASUREMENTS WITH MOVING MICROPHONES
         Radoslaw Mazur; University of Lübeck, Germany
         Fabrice Katzberg; University of Lübeck, Germany
         Huy Phan; University of Lübeck, Germany
         Alfred Mertins; University of Lübeck, Germany
 
NOISE.6: PERFORMANCE COMPARISON OF REAL-TIME SINGLE-CHANNEL SPEECH DEREVERBERATION ALGORITHMS
Presentation Link: Click here to view presentation
         Feifei Xiong; Fraunhofer IDMT/HSA, Germany
         Bernd T. Meyer; Johns Hopkins University, United States
         Benjamin Cauchi; Fraunhofer IDMT/HSA, Germany
         Ante Jukic; University of Oldenburg, Germany
         Simon Doclo; University of Oldenburg, Germany
         Stefan Goetze; Fraunhofer IDMT/HSA, Germany
 
NOISE.7: ESTIMATION OF THE PERCEIVED LEVEL OF REVERBERATION USING NON-INTRUSIVE SINGLE-CHANNEL VARIANCE OF DECAY RATES
         James Eaton; Imperial College London, United Kingdom
         Hamza Javed; Imperial College London, United Kingdom
         Patrick Naylor; Imperial College London, United Kingdom