Localization of Moving Sound Sources In Virtual Reality Technology

Authors

  • Lukas Grasse, University of Lethbridge
  • Scott Stone University of Lethbridge
  • Matthew Tata* University of Lethbridge

Abstract

To localize sounds, the brain uses differences in sound phase and amplitude between the ears; however these cues can lead to ambiguity in localization. In 1940, Hans Wallach discovered an illusion in which a sound source appears stationary when it moves at twice the angular velocity of head rotation.

Recent advances in virtual-reality (VR) technology have allowed us to recreate this illusion using headphones and a VR headset. We are using this system to investigate how the brain handles ambiguity in perception of dynamic auditory scenes. We can also investigate practical problems that may arise when simulating moving sound sources in virtual or augmented reality situations.

* Indicates faculty mentor

Published

2017-04-27

Issue

Vol. 3 (2017)

Section

Presentation Abstracts

License

Authors retain any and all existing copyright to works contributed to these proceedings.

By submitting work to the URSCA Proceedings, contributors grant non-exclusive rights to MacEwan University and MacEwan University Library to make items accessible online and take any necessary steps to preserve them.