18297357. Efficient Detection of Co-Located Participant Devices in Teleconferencing Sessions simplified abstract (Google LLC)
Contents
Efficient Detection of Co-Located Participant Devices in Teleconferencing Sessions
Organization Name
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 18297357 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 system can determine if some of the audio originates from a specific source co-located with a participant's device.
Key Features and Innovation:
- Audio data captured during a teleconferencing session.
- Detection of audio originating from a specific source co-located with a participant's device.
- Generation of co-location information based on the audio data.
Potential Applications: This technology could be used in teleconferencing systems to improve audio quality and identify the source of audio in a conference call.
Problems Solved: This technology addresses the challenge of identifying the origin of audio in a teleconferencing session, especially when multiple participants are involved.
Benefits:
- Improved audio quality in teleconferencing sessions.
- Enhanced user experience by accurately identifying audio sources.
- Efficient management of audio data during teleconferencing.
Commercial Applications: The technology could be valuable for companies offering teleconferencing solutions, improving the overall user experience and potentially attracting more clients in need of reliable audio solutions for remote communication.
Prior Art: While there is no specific prior art mentioned in the abstract, researchers interested in this technology could explore existing patents related to audio data capture and analysis in teleconferencing systems.
Frequently Updated Research: Researchers in the field of audio processing and teleconferencing technology may be conducting studies on improving audio capture and analysis algorithms for enhanced teleconferencing experiences.
Questions about the Technology: 1. How does the system differentiate between audio originating from different sources in a teleconferencing session? 2. What are the potential privacy implications of capturing and analyzing audio data in teleconferencing systems?
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.
