Google llc (20240340390). Efficient Detection of Co-Located Participant Devices in Teleconferencing Sessions simplified abstract

Efficient Detection of Co-Located Participant Devices in Teleconferencing Sessions

Organization Name

google llc

Inventor(s)

Mans Gustaf Sebastian Ullberg of Stockholm (SE)

[[:Category:Jesús De Vicente Pe�a of Stockholm (SE)|Jesús De Vicente Pe�a of Stockholm (SE)]][[Category:Jesús De Vicente Pe�a of Stockholm (SE)]]

Ivo Marco Creusen of Singapore (SG)

Henrik Fahlberg Lundin of Sollentuna (SE)

Efficient Detection of Co-Located Participant Devices in Teleconferencing Sessions - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240340390 titled 'Efficient Detection of Co-Located Participant Devices in Teleconferencing Sessions

Simplified Explanation

The patent application describes a system where audio data is captured during a teleconferencing session, and the device determines if some of the audio originates from a source co-located with the device.

• Audio data is captured by a participant computing device during a teleconferencing session.
• Second audio data is received from other participant devices connected to the session.
• The system determines if some of the second audio data originates from the same source as the initially captured audio.
• Co-location information is generated based on this determination.

Key Features and Innovation

• Capture of audio data during a teleconferencing session.
• Detection of audio originating from a co-located source.
• Generation of co-location information based on the detected audio.

Potential Applications

This technology can be used in teleconferencing systems to improve audio quality and identify sources of audio in a shared space.

Problems Solved

• Enhances audio quality in teleconferencing sessions.
• Helps identify sources of audio in shared spaces.
• Improves overall user experience during teleconferencing.

Benefits

• Improved audio clarity during teleconferencing.
• Enhanced source identification for better communication.
• Streamlined teleconferencing experience for participants.

Commercial Applications

• Title: "Enhanced Audio Detection System for Teleconferencing"
• This technology can be utilized by telecommunication companies, video conferencing platforms, and businesses conducting remote meetings.
• Market implications include increased demand for high-quality teleconferencing solutions and improved user satisfaction.

Questions about the Technology

How does this technology improve audio quality in teleconferencing sessions?

This technology improves audio quality by detecting and identifying sources of audio in shared spaces, allowing for better sound management and clarity during teleconferencing.

What are the potential applications of co-location information generated by this system?

The co-location information can be used to enhance audio processing algorithms, improve noise cancellation techniques, and provide valuable insights into the spatial distribution of audio sources in teleconferencing environments.

Original Abstract Submitted

audio data is captured by a participant computing device connected to a teleconferencing session using an audio capture device associated with the device. the audio data includes audio originating from an audio source co-located with the device. subsequent to obtaining the audio data, second audio data is received that comprises second audio captured using a second audio capture devices associated with second participant computing devices connected to the teleconferencing session. based on reception of the second audio data subsequent to capture of the audio data, a determination is made that some of the second audio originates from the audio source co-located with the device. based on the determination, co-location information indicating that the device is co-located one or more of the second participant computing devices is generated.