2008 International Workshop on Ubiquitous Virtual Reality A New Acoustic Method of Table-top and Full-3D Interaction with Mixed Reality Space Mai Otsuki, Asako Kimura,

Source URL: otsuki.emp.tsukuba.ac.jp

MARC BEHRENS TOKYO CIRCLE 2000–2005 THOUGHTS TOKYO CIRCLE allows for modulating a potential acoustic energy field–a virtual acoustic space –inside (or virtually overlapping) the exhibition room.

Source URL: marcbehrens.com

• Curves
• Pi
• Sphere
• Geometry
• Mathematical analysis
• Circle

New Csound Opcodes for Binaural Processing Victor Lazzarini and Brian Carty Sound and Digital Music Technology Group, National University of Ireland, Maynooth, Co. Kildare, Ireland

Source URL: lac.linuxaudio.org

• Electronics
• Signal processing
• Physics
• Hearing
• Virtual reality
• Head-related transfer function
• Virtual acoustic space
• Sound localization
• Interaural time difference
• Waves
• Acoustics
• Control theory

Proceedings of the 12th International Conference on Auditory Display, London, UK June[removed], 2006 TRAJECTORY CAPTURE IN FRONTAL PLANE GEOMETRY FOR VISUALLY IMPAIRED Martin Talbot and Bill Cowan David R. Cheriton Schoo

Source URL: icad.org

• Acoustics
• Virtual reality
• Auditory perception
• Virtual acoustic space
• Auditory scene analysis
• Sound localization
• Stereophonic sound
• 3D audio effect
• Timbre
• Waves
• Sound
• Hearing

PDF Document

Source URL: sirl.stanford.edu

• Waves
• Mind
• Acoustics
• Dichotic pitch
• Interaural time difference
• Sound localization
• Virtual acoustic space
• Primary auditory cortex
• Pitch
• Hearing
• Audiology
• Otology

THREE-DIMENSIONAL LOCALIZATION OF A CLOSE-RANGE ACOUSTIC SOURCE USING BINAURAL CUES

Source URL: www.cs.princeton.edu

• Sound
• Neuroethology
• Sound localization
• Audio engineering
• Head-related transfer function
• Interaural time difference
• Auditory system
• Headphones
• Virtual acoustic space
• Acoustics
• Waves
• Hearing