View source for DTS, Inc. (20240276142). Spatial Audio Capture And Analysis With Depth simplified abstract

=Spatial Audio Capture And Analysis With Depth=


==Organization Name==

[[:Category:DTS, Inc.|DTS, Inc.]]


[[Category:DTS, Inc.]]

==Inventor(s)==

[[:Category:Edward Stein of Soquel CA (US)|Edward Stein of Soquel CA (US)]][[Category:Edward Stein of Soquel CA (US)]]

==Spatial Audio Capture And Analysis With Depth - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240276142 titled 'Spatial Audio Capture And Analysis With Depth

The abstract of this patent application describes a method for encoding spatial audio signals that can include audio objects rendered at multiple depths in an environment.

* Receiving audio scene information and depth characteristics of objects from an audio capture source.
* Determining the depth characteristic of an object using information from a depth sensor.
* Identifying correlations between audio scene information and objects.
* Encoding the spatial audio signal using the audio scene information and depth characteristics of objects.

Potential Applications:
- Virtual reality and augmented reality audio experiences.
- Immersive gaming environments.
- Audio production and post-production for film and television.
- Spatial audio for live events and concerts.
- Assistive technologies for the visually impaired.

Problems Solved:
- Enhancing the realism and immersion of audio experiences.
- Providing more accurate spatial audio rendering.
- Improving accessibility and inclusivity in audio technologies.

Benefits:
- Enhanced user experience in virtual and augmented reality.
- More precise audio localization and depth perception.
- Increased creativity and flexibility in audio production.
- Improved accessibility for individuals with visual impairments.
- Enhanced realism and immersion in gaming and entertainment.

Commercial Applications:
Spatial audio encoding technology can be utilized in various industries such as virtual reality, gaming, entertainment, audio production, and assistive technologies. This innovation has the potential to revolutionize the way audio is experienced and produced in different applications.

Questions about spatial audio encoding technology:
1. How does spatial audio encoding technology improve the user experience in virtual reality environments?
2. What are the key advantages of using depth characteristics of objects in encoding spatial audio signals?


==Original Abstract Submitted==

spatial audio signals can include audio objects that can be respectively encoded and rendered at each of multiple different depths. in an example, a method for encoding a spatial audio signal can include receiving audio scene information from an audio capture source in an environment, and receiving a depth characteristic of a first object in the environment. the depth characteristic can be determined using information from a depth sensor. a correlation can be identified between at least a portion of the audio scene information and the first object. the spatial audio signal can be encoded using the portion of the audio scene and the depth characteristic of the first object.



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