Nokia Technologies Oy (20240236611). Generating Parametric Spatial Audio Representations simplified abstract
Contents
Generating Parametric Spatial Audio Representations
Organization Name
Inventor(s)
Mikko-Ville Laitinen of Espoo (FI)
Juha Tapio Vilkamo of Helsinki (FI)
Jussi Kalevi Virolainen of Espoo (FI)
Generating Parametric Spatial Audio Representations - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240236611 titled 'Generating Parametric Spatial Audio Representations
The patent application describes a method for generating a parametric spatial audio stream, involving obtaining mono-channel audio signals from close microphones, generating reverberated audio signals based on reverberation parameters, and encoding the audio signals with spatial metadata parameters.
- Obtaining mono-channel audio signals from close microphones
- Generating reverberated audio signals based on reverberation parameters
- Encoding audio signals with spatial metadata parameters
- Controlling spatial features of the parametric spatial audio stream
- Enhancing spatial audio experience
Potential Applications:
- Virtual reality audio experiences
- Immersive gaming environments
- Audio production and mixing tools
Problems Solved:
- Enhancing spatial audio realism
- Providing control over spatial features
- Improving audio quality in immersive environments
Benefits:
- Enhanced spatial audio experience
- Greater control over audio spatialization
- Improved immersion in virtual environments
Commercial Applications:
- Virtual reality gaming
- Audio production software
- Immersive audio experiences in theme parks
Questions about the technology: 1. How does this method improve spatial audio realism? 2. What are the potential applications of this technology in the entertainment industry?
Frequently Updated Research: Research on spatial audio processing techniques Research on the impact of spatial audio on user experience
Original Abstract Submitted
a method for generating a parametric spatial audio stream, the method including: obtaining at least one mono-channel audio signal from at least one close microphone; obtaining at least one of: at least one reverberation parameter; at least one control parameter configured to control spatial features of the parametric spatial audio stream; generating, based on the at least one reverberation parameter, at least one reverberated audio signal from a respective at least one mono-channel audio signal; generating at least one spatial metadata parameter based on at least one of: the at least one mono-channel audio signal; the at least one reverberated audio signal; the at least one control parameter; and the at least one reverberation parameter; and encoding the at least one reverberated audio signal and the at least one spatial metadata parameter to generate the spatial audio stream.
