Avaya Inc.

Avaya Management L.p.

Dean David Beightol

Paul Roller Michaelis

Valentine C Matula

Michael James Kloberdans

Prateek Singh

Divyarajsinh Jadeja

Mittali Jangid

Paris T Pitts

The technology disclosed herein enables detection of audio issues for a participant on a communication session from analysis of video of the participant. In a particular embodiment, a method includes receiving video of a first participant communicating over a communication session between a first endpoint of the participant and a second endpoint of a second participant. The method further includes determining from the video that the participant is speaking. In response to determining that the participant is speaking, the method includes determining an audio issue exists due to audio of the first participant not corresponding to the video and notifying the first participant about the audio issue.

Detection of audio issues on a communication session from video analysis

A method for auto focus on a speaker during a communication session includes receiving video captured of a scene that includes a plurality of images of participants to the communication session, identifying the plurality of images of the participants in the video captured of the scene, recognizing audio from at least one of the participants, detecting facial movement in one of the images of the plurality of images and equating the recognized audio to the detected movement in the one of the images of the plurality of images. The method also includes selecting the one of the images of the plurality of images as a speaker based on the equated recognized audio to the detected movement in the one of the images, zooming in on the speaker and filtering out a remainder of the images of the plurality of images.

Auto focus on speaker during multi-participant communication conferencing

A system and method including selecting a mute feature in a first communication session of a first user with a second user using a verbal command by the first user, where the mute feature suspends an audible signal of the first user in the first communication session.

Real-time intelligent mute interactive features

The VoIP quality speech process is activated when a subscriber accesses a speech quality sensitive resource or in response to an activation of the feature by the subscriber, or when it is determined that the originating subscriber terminal device requires the transmission of high quality speech signals. A transmit buffer, associated with the port circuit that serves the originating device, stores a predetermined number of packets as they are transmitted from the originating device. In the case of lost or damaged packets, the VoIP quality speech system activates the transmit buffer to retransmit the missing or damaged packet to the destination device. Intelligent buffer management is provided, where the destination device can regulate the size of the transmit buffer as well as the size of its jitter buffer.

System for transmitting high quality speech signals on a voice over internet protocol network

The VoIP quality speech process is activated when a subscriber accesses a speech quality sensitive resource or in response to an activation of the feature by the subscriber, or when it is determined that the originating subscriber terminal device requires the transmission of high quality speech signals. A transmit buffer, associated with the port circuit that serves the originating device, stores a predetermined number of packets as they are transmitted from the originating device. In the case of lost or damaged packets, the VoIP quality speech system activates the transmit buffer to retransmit the missing or damaged packet to the destination device. Intelligent buffer management is provided, where the destination device can regulate the size of the transmit buffer as well as the size of it's jitter buffer.

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Superior, CO, United States of America

Dean David Beightol