This document discusses image and sound localization in virtual reality. It covers topics like how the brain processes images and sound differently, challenges with sound positioning, and techniques for creating 360 degree soundscapes like ambisonics and using game engines to process real-time binaural audio mixes. The document also introduces an innovative lab's 360 sound enhancer product that uses microphone positioning systems and head tracking to simulate cockpit party effects.

2. Let’s start with
an experience

4. Image vs Sound
It’s easy to focus on images

5. It’s a challenge to focus
on sound.
Image vs Sound

6. Image vs Sound
Localisation

7. Sound parameters
Timing Intensity Spectral

9. Let’s try
another experience

15. Sound positioning limitations
Back/Front Up/Bottom

16. Sound positioning
Head
movements
Learning
Process

17. VR

19. Image in VR
Image 360° + Headtracking
= Binocular Vision

20. Sound in VR
Sound 360° + Headtracking
= Binaural hearing

21. How To create a
Sphere of Sound ?
Game
engine
Ambisonic

22. Ambisonic

26. Game Engine

29. Game engine
Non linear
Real Time Generated
Ambisonic
Linear
Pre-mixed

30. Personal Feeling

35. Ambisonic Mix

36. Game Audio Engine

37. INNOVATIVE LAB
360 Sound
Enhancer
MPS

38. 360 Sound
Enhancer

39. Cocktail Party Effect

40. Microphone
Positionning System

42. Microphone Positioning System
Tracking Ambisonic
Mix
VR audio
workflow
VR audio for
live
Productions