Meta Platforms Technologies, LLC (20240339121). Voice Avatars in Extended Reality Environments simplified abstract

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Voice Avatars in Extended Reality Environments

Organization Name

Meta Platforms Technologies, LLC

Inventor(s)

Lyubomir Astinov of Dublin CA (US)

Rayyan Jaber of Seattle WA (US)

Voice Avatars in Extended Reality Environments - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240339121 titled 'Voice Avatars in Extended Reality Environments

The abstract describes a method involving voice avatars and audio processing chains to transform voice inputs for users.

  • Accessing a voice avatar with a description of an audio processing chain.
  • Receiving a voice input from a user and processing it using audio processors.
  • Sending the transformed audio to other users for playback.

Potential Applications: - Voice recognition technology - Virtual assistants - Communication systems

Problems Solved: - Enhancing voice input processing - Improving audio quality for users

Benefits: - Enhanced user experience - Efficient audio processing - Seamless communication

Commercial Applications: Title: "Advanced Voice Transformation Technology for Enhanced Communication" This technology can be used in: - Call centers - Voice-controlled devices - Language translation services

Questions about the technology: 1. How does this technology improve user interactions with voice-controlled devices? - This technology enhances the accuracy and efficiency of voice commands, leading to a smoother user experience. 2. What are the potential privacy concerns associated with using voice avatars for audio processing? - Privacy concerns may arise regarding the storage and usage of voice data, which must be addressed to ensure user trust and data security.


Original Abstract Submitted

in one embodiment, a method includes accessing a first voice avatar associated with a first user, wherein the first voice avatar comprises a first description of a first audio processing chain to transform voice inputs; receiving a first voice input from a first client system of the first user; processing the first voice input to generate a first transformed audio corresponding to the first voice input, wherein the first voice input is processed by one or more audio processors, wherein the one or more audio processors are constructed based on the description of the first audio processing chain from the first voice avatar; and sending the first transformed audio to one or more second client systems of one or more second users for playback.