IEEE WASPAA01

List of Accepted Papers

There is no implied order in this list
Presentation Schedule will be available in mid-August

code# Title Authors
102 Performance Bounds on Sound Field Reproduction using a Loudspeaker Array Darren B. Ward and Thushara D. Abhayapala
103 Improving modeling of audio signals by modifying transient locations Renat Vafin, Richard Heusdens, Steven van de Par, W. Bastiaan Kleijn
104 Algorithm design of a stereophonic acoustic echo canceler system Tomas Gaensler Jacob Benesty Eric Diethorn Volker Fischer
105 A Psychoacoustic Model for Audio Coding Based on a Cochlear Filter Bank Frank Baumgarte
107 SweetSpot Widening for Stereophonic Sound Reproduction Josep A. Rodenas, Ronald M. Aarts
108 A fixed point solution for convolved audio source separation Nikolaos Mitianoudis, Mike Davies
109 Microphone Array for Hearing Aids taking into Account the Scattering of the head Jens Meyer
110 Efficient Representation of Spatial Audio Using Perceptual Parametrization Christof Faller, Frank Baumgarte
117 ROBUST MATCHING OF AUDIO SIGNALS USING SPECTRAL FLATNESS FEATURES Juergen Herre, Eric Allamanche, Oliver Hellmuth
123 Accurate Estimation in the ODFT Domain of the Frequency, Phase and Magnitude of Stationary Sinusoids Anibal J. S. Ferreira
124 Combined Spectral Envelope Normalization and Subtraction of Sinusoidal Components in the ODFT and MDCT Frequency Domains Anibal J. S. Ferreira
129 A Cluster Centroid Method for Room Response Equalization at Multiple Locations Sunil Bharitkar, and Chris Kyriakakis
130 Estimating Tempo, Swing and Beat Locations in Audio Recordings Jean Laroche
134 Noise shaping filter design for minimally audible signal requantization Werner Verhelst and Dreten De Koning
135 Discrete representation of signals on a logarithmic frequency scale Aki Harma and Tuomas Paatero
136 An Adaptive Close-Talking Microphone Array Heinz Teutsch, Gary W. Elko
137 Robustness analysis of GSVD based optimal filtering and generalized sidelobe canceller for hearing aid applications Ann Spriet, Marc Moonen, Jan Wouters
139 TO CATCH A CHORUS: USING CHROMA-BASED REPRESENTATIONS FOR AUDIO THUMBNAILING Mark A. Bartsch and Gregory H. Wakefield
140 Multi-Gabor Dictionaries for Audio Time-Frequency AnalysisPatrick J. Patrick J. Wolfe, Monika Dorfler
141 An Efficient Linear-Correction Least-Squares Approach to Source Localization Yiteng (Arden) Huang, Jacob Benesty, Gary W. Elko, Russell M. Mersereau
142 Structural Composition and Decomposition of HRTFs V. Ralph Algazi, Richard O. Duda, Reed P. Morrison and Dennis P. Thompson
143 The CIPIC HRTF Database V. Ralph Algazi, Richard O. Duda, Dennis P. Thompson and Carlos Avendano
144 Empirical and modeled acoustic transfer functions in a simple room: Effects of distance and direction Barbara G. Shinn-Cunningham, Joseph G. Desloge, Norbert Kopco
145 Localization of nearby sources in a virtual audio display Douglas S. Brungart and Brian D. Simpson
147 Microphone Array Source Localization Using Realizable Delay Vectors Scott M. Griebel and Michael S. Brandstein
154 Fast-Convergence Algorithm for ICA-Based Blind Source Separation Using Array Signal Processing Hiroshi Saruwatari, Toshiya Kawamura, and Kiyohiro Shikano
156 Comparison of features for musical instrument recognition Antti Eronen
158 Aerial Acoustic Communications Cristina Lopes and Pedro Aguiar
159 Analysis of reassigned spectrograms for musical transcription Stephen W. Hainsworth, Malcolm D. Macleod, Patrick J. Wolfe
163 Acoustic Echo Suppression in the STFT Domain Carlos Avendano
164 A Robust Technique for Sound Source Localization in Consideration of Room Capacity Kenji SUYAMA, Kota TAKAHASHI and Ryuichi HIRABAYASHI
165 Separation of harmonic sounds using multipitch analysis and iterative parameter estimation Tuomas Virtanen, Anssi Klapuri
166 Quantum Grid Analysis of Musical Signals Jarno=Sepp=E4nen
167 AUDIO WATERMARKING USING m-SEQUENCES AND TEMPORAL MASKING Nedeljko Cvejic, Anja Keskinarkaus, Tapio Seppanen
168 Can one hear the volume of a shape? Davide Rocchesso and Laura Ottaviani
171 Spatially optimal Wiener filtering in reverberant sound fields Boaz Rafaely
172 Locating singing voice segments within music signals Adam L. Berenzweig and Daniel P.W. Ellis
173 Speech Segregation Based on Pitch Tracking and Amplitude Modulation Guoning Hu and DeLiang Wang
174 Approximate Kalman Filtering for the Harmonic plus Noise Model Lucas Parra, Uday Jain
175 Effects of Thresholding on a Small-Scale Matched Filter Array Deborah M Grove
176 Frequency-dependent signal windowing Matti Karjalainen and Tuomas Paatero
179 What can we Reasonably Expect from Watermarks? Scott Craver, Min Wu, and Bede Liu
180 Intraframe Time-Scaling of Nonstationary Sinusoids within the Phase Vocoder Robert Bristow-Johnson and Ken Bogdanowicz
181 The Effect of Sensor Placement in Blind Source Separation James R. Hopgood, Peter J. W. Rayner, and Peter W. T. Yuen
182 Efficient Evaluation of Reverberant Sound Fields Ramani Duraiswami, Nail A. Gumerov, Dmitry N. Zotkin, Larry S. Davis
183 MACS: Music Audio Characteristic Sequence Indexing for Similarity Retrieval Cheng Yang
184 The relative salience of auditory motion cues Mark A. Ericson
186 Causal Transform Coding, Generalized MIMO Linear Prediction, and Application to Vectorial DPCM Coding of Multichannel Audio David Mary and Dirk T. M. Slock
187 The Generalized Sidelobe Decorrelator Craig L. Fancourt and Lucas Parra
188 Excitation Codebook Design for Efficient Coding of the Singing Voice Youngmoo E. Kim
190 Multiscale Overlap-Add Sinusoidal Modeling Using Matching Pursuit and Refinements Michael M. Goodwin
192 Estimate the glottal aspiration noise via wavelet thresholding and best basis thresholding Hui-Ling Lu; Julius O. Smith III
197 Extracting the fingering and the plucking points on a guitar string from a recording Caroline Traube, Julius O. Smith III
198 REAL-TIME PARTITIONED CONVOLUTION FOR AMBIOPHONICS SURROUND SOUND Anders Torger, Angelo Farina
200 PREDICTING TIME-VARYING AUDIO SPECTRA FROM PITCH AND LOUDNESS: RELATED SYNTHESIS TECHNIQUES Eric Lindemann
203 Robust Time-Delay Estimation in Highly Adverse Acoustic Environments Simon Doclo, Marc Moonen