Technical Program

AASP-P5: Audio Analysis and Synthesis

Session Type: Poster
Time: Wednesday, May 29, 10:30 - 12:30
Location: Poster Area G
Session Chair: Jean-Marc Jot, DTS, Inc.
 
AASP-P5.1: ACOUSTIC GEO-SENSING: RECOGNISING CYCLISTS’ ROUTE, ROUTE DIRECTION, AND ROUTE PROGRESS FROM CELL-PHONE AUDIO
         Björn Schuller; Joanneum Research
         Florian Pokorny; Joanneum Research
         Stefan Ladstätter; Joanneum Research
         Maria Fellner; Joanneum Research
         Franz Graf; Joanneum Research
         Lucas Paletta; Joanneum Research
 
AASP-P5.2: GAIT-BASED PERSON IDENTIFICATION BY SPECTRAL, CEPSTRAL AND ENERGY-RELATED AUDIO FEATURES
         Jürgen T. Geiger; Technische Universität München
         Martin Hofmann; Technische Universität München
         Björn Schuller; Technische Universität München
         Gerhard Rigoll; Technische Universität München
 
AASP-P5.3: INFINITE KERNEL LINEAR PREDICTION FOR JOINT ESTIMATION OF SPECTRAL ENVELOPE AND FUNDAMENTAL FREQUENCY
         Kazuyoshi Yoshii; National Institute of Advanced Industrial Science and Technology
         Masataka Goto; National Institute of Advanced Industrial Science and Technology
 
AASP-P5.4: IMPROVED MULTIPLE BIRDSONG TRACKING WITH DISTRIBUTION DERIVATIVE METHOD AND MARKOV RENEWAL PROCESS CLUSTERING
         Dan Stowell; Queen Mary University of London
         Sašo Muševič; Universitat Pompeu Fabra
         Jordi Bonada; Universitat Pompeu Fabra
         Mark D. Plumbley; Queen Mary University of London
 
AASP-P5.5: POSITION ESTIMATION USING A MICROPHONE AND STEREO LOUDSPEAKER WITH AN AUDIO-EMBEDDED HIDDEN TIME SYNCHRONIZATION SIGNAL
         TaeJin Park; Electronics and Telecommunications Research Institute
         Kyeong Ok Kang; Electronics and Telecommunications Research Institute
 
AASP-P5.6: TRAFFIC DENSITY STATE ESTIMATION BASED ON ACOUSTIC FUSION
         Vikas Joshi; IBM Research - India
         Nithya Rajamani; IBM Research - India
         Naveen Prathapaneni; IBM Research - India
         Venkata L Subramaniam; IBM Research - India
 
AASP-P5.7: REAL-LIFE VOICE ACTIVITY DETECTION WITH LSTM RECURRENT NEURAL NETWORKS AND AN APPLICATION TO HOLLYWOOD MOVIES
         Florian Eyben; Technische Universität München
         Felix Weninger; Technische Universität München
         Stefano Squartini; Università Politecnica delle Marche
         Björn Schuller; Technische Universität München
 
AASP-P5.8: DERIVATIVE ANALYSIS OF COMPLEX POLYNOMIAL AMPLITUDE, COMPLEX EXPONENTIAL WITH EXPONENTIAL DAMPING
         Sašo Muševič; Universitat Pompeu Fabra
         Jordi Bonada; Universitat Pompeu Fabra
 
AASP-P5.9: AUTOMATIC ACOUSTIC SIREN DETECTION IN TRAFFIC NOISE BY PART-BASED MODELS
         Jens Schröder; Fraunhofer Institute for Digital Media Technology (IDMT)
         Stefan Goetze; Fraunhofer Institute for Digital Media Technology (IDMT)
         Volker Grützmacher; Adam Opel AG
         Jörn Anemüller; University of Oldenburg
 
AASP-P5.10: THE ERBLET TRANSFORM: AN AUDITORY-BASED TIME-FREQUENCY REPRESENTATION WITH PERFECT RECONSTRUCTION
         Thibaud Necciari; Acoustics Research Institute, Austrian Academy of Sciences
         Peter Balazs; Acoustics Research Institute, Austrian Academy of Sciences
         Nicki Holighaus; Acoustics Research Institute, Austrian Academy of Sciences
         Peter Lempel Søndergaard; Acoustics Research Institute, Austrian Academy of Sciences
 
AASP-P5.11: DETERMINING CO-LOCATION USING A SEQUENTIAL HYPOTHESIS TEST ON PATTERNS OF SILENCE
         Wai-Tian Tan; Hewlett-Packard
         Ramin Samadani; Hewlett-Packard
         Bowon Lee; Hewlett-Packard
         Mary Baker; Hewlett-Packard
 
AASP-P5.12: CLASSIFICATION OF SPEECH UNDER STRESS AND COGNITIVE LOAD IN USAR OPERATIONS
         Marcela Charfuelan; DFKI
         Geert-Jan Kruijff; DFKI
 
AASP-P5.13: IMPROVING EFFICIENCY AND RELIABILITY OF GUNSHOT DETECTION SYSTEMS
         Talal Ahmed; LUMS - Lahore University of Management Sciences
         Momin Uppal; LUMS - Lahore University of Management Sciences
         Abubakr Muhammad; LUMS - Lahore University of Management Sciences
 
AASP-P5.14: FAST CONVERSION ALGORITHM FOR THE DOLBY DIGITAL (PLUS) AC-3 AUDIO CODING STANDARDS
         Vladimir Britanak; Institute of Informatics, Slovak Academy of Sciences