Posters & Demos

3D real-time auralization with separate rendering of direct sound and first reflections and directional late reverberation
Stephane Lesoinne, Nicolas Werner & Jean-Jacques Embrechts ([University of Liege]).
Aquarium sonification: soundscapes for accessible dynamic learning environments
Bruce N. Walker, Mark T. Godfrey & Jason E. Orlosky ([Georgia Institute of Technology]); Jon Sanford ([Georgia Tech Psychology]).
Considerations arising from the development of auditory alerts for air traffic control consoles
Densil Cabrera & Sam Ferguson ([University of Sydney]); Gary Laing ([Airservices Australia]).
Digiwall - an audio mostly game
Mats Liljedahl, Nyssim Lefford & Stefan Lindberg ([Interactive Institute]).
Exploring the utility of giving robots auditory perspective-taking abilities
Derek Brock ([Naval Research Laboratory]); Eric Martinson ([Georgia Institute of Technology]).
Feature-based synthesis for sonification and psychoacoustic research
Matt Hoffman & Perry R. Cook ([Princeton University]).
Identification of environmental sounds: role of rhythmic properties
Anne Guillaume, Marie Rivenez, Véronique Chastres, Claude Blancard & Lionel Pellieux ([IMASSA]).
Minimizing information overload in a communications system utilizing temporal scaling and serialization
Brian McClimens & Derek Brock ([Naval Research Laboratory]); Farilee Mintz ([ITT Industries AES Division]).
Addons: [wav1.wav] [wav2.wav] [wav3.wav] [wav4.wav] [wav5.wav]
Peek-a-book: playing with an interactive book
Amalia de Gotzen & Davide Rocchesso ([University of Verona]).
Perception-based simplification for binaural room auralisation
Huseyin Hacihabiboglu ([University of Surrey]); Fionn Murtagh ([Royal Holloway, University of London]).
Sonification of autonomic rhythms in the frequency spectrum of heart rate variability
Bernd Orzessek & Michael Falkner ([Paracelsus Klinik Lustmühle]).
The effect of auditory alerts on performance of concurrent tasks
Barbara Acker-Mills ([U.S. Army Aeromedical Research Laboratory]).
The sound of one arm swinging: a model for multidimensional auditory display of physical motion
Max Kleiman-Weiner & Jonathan Berger ([Stanford University]).
Two tools for integrating sonification into calculus instruction
Steven Hetzler & Robert Tardiff ([Salisbury University]).
Addons: [Exercise1.mp3] [Ex21.mp3] [Ex23.mp3] [Ex31.mp3] [Ex36.mp3] [Line.mp3] [LinePulsed.mp3] [OldNegative.mp3] [NewNegative.mp3] [BothSides.mp3]
Workplace soundscape mapping: a trial of Macaulay and Crerar's method
Iain McGregor, Alison Crerar, David Benyon & Gregory Leplatre ([Napier University]).
xSonify sonification tool for space physics
Robert Candey ([NASA]); Anton Schertenleib ([]); Wanda Diaz Merced ([University of Puerto Rico]).