Systems and methods for managing teleconference participant mute state
In accordance with embodiments of the present disclosure, a method for managing a mute state of a participant in a teleconference may include detecting, based on analysis of at least one characteristic of audio data received from a microphone associated with the participant or image data received from a camera associated with the participant, whether the participant is attempting to speak to other teleconference participants. The method may also include providing an alert to the participant in response to a detecting that the participant is attempting to speak to other conference participants while the microphone is muted.
1. A method for managing a mute state of a participant in a teleconference, comprising:
detecting, based on analysis of at least one characteristic of audio data received from a microphone associated with the participant or image data received from a camera associated with the participant, whether the participant is attempting to speak to other teleconference participants, wherein detecting whether the participant is attempting to speak to other teleconference participants comprises:
in each of multiple processing cycles, analyzing a frame of at least one of the image data and the audio data to indicate whether in each cycle, that the participant is attempting to speak to other teleconference participants; and
applying a hysteresis to the analysis of the frames, such that detecting that the participant is not attempting to speak occurs if, within a particular trailing number of processing cycles, the number of cycles in which analysis indicates that the participant is not attempting to speak to teleconference participants exceeds the number of cycles in which analysis indicates that the participant is attempting to speak to teleconference participants by at least a predetermined threshold; and
modifying the audio data to prevent transmission of audio to other teleconference participants in response to a detecting that the participant is not attempting to speak to other teleconference participants while the microphone is unmuted.
2. The method of claim 1 , wherein modifying the audio data comprises modifying the audio data such that substantial silence is transmitted to the other teleconference participants.
3. The method of claim 1 , wherein modifying the audio data comprises:
buffering a plurality of audio sample data frames of the audio data in response to detecting that the participant is not attempting to speak to other teleconference participants while the microphone is unmuted;
generating silent audio sample data frames for transmission to the other teleconference participants while buffering the plurality of audio sample data frames; and
transmitting the buffered audio sample data frames to the other teleconference participants in response to detecting that the participant is attempting to speak.
4. The method of claim 3 , wherein the buffered audio sample data frames are compressed for transmission to the other teleconference participants.
5. The method of claim 1 , wherein the at least one characteristic comprises:
a volume of the audio data;
a presence or absence of human speech in the audio data;
a presence or absence of a primary face in the image data;
an orientation of the primary face in the image data; and
lip movement of the primary face indicative of speech in the image data.
6. The method of claim 1 , wherein detecting whether the participant is attempting to speak to other teleconference participants further comprises detecting that the participant is attempting to speak occurs if, within a particular trailing number of processing cycles, the number of cycles in which analysis indicates that the participant is not attempting to speak to teleconference participants does not exceed the number of cycles in which analysis indicates that the participant is attempting to speak to teleconference participants by at least a predetermined threshold.
7. An article of manufacture comprising:
a non-transitory computer readable medium; and
computer-executable instructions carried on the non-transitory computer readable medium, the instructions readable by a processor, the instructions, when read and executed, for causing the processor to:
detect, based on analysis of at least one characteristic of audio data received from a microphone associated with a participant in a teleconference or image data received from a camera associated with the participant, whether the participant is attempting to speak to other teleconference participants, wherein detecting whether the participant is attempting to speak to other teleconference participants comprises:
in each of multiple processing cycles, analyzing a frame of at least one of the image data and the audio data to indicate whether in each cycle, that the participant is attempting to speak to other teleconference participants; and
applying a hysteresis to the analysis of the frames, such that detecting that the participant is not attempting to speak occurs if, within a particular trailing number of processing cycles, the number of cycles in which analysis indicates that the participant is not attempting to speak to teleconference participants exceeds the number of cycles in which analysis indicates that the participant is attempting to speak to teleconference participants by at least a predetermined threshold; and
modify the audio data to prevent transmission of audio to other teleconference participants in response to a detecting that the participant is not attempting to speak to other teleconference participants while the microphone is unmuted.
8. The article of claim 7 , wherein modifying the audio data comprises modifying the audio data such that substantial silence is transmitted to the other teleconference participants.
9. The article of claim 7 , wherein modifying the audio data comprises:
buffering a plurality of audio sample data frames of the audio data in response to detecting that the participant is not attempting to speak to other teleconference participants while the microphone is unmuted;
generating silent audio sample data frames for transmission to the other teleconference participants while buffering the plurality of audio sample data frames; and
transmitting the buffered audio sample data frames to the other teleconference participants in response to detecting that the participant is attempting to speak.
10. The article of claim 9 , wherein the buffered audio sample data frames are compressed for transmission to the other teleconference participants.
11. The article of claim 7 , wherein the at least one characteristic comprises:
a volume of the audio data;
a presence or absence of human speech in the audio data;
a presence or absence of a primary face in the image data;
an orientation of the primary face in the image data; and
lip movement of the primary face indicative of speech in the image data.
12. The article of claim 7 , wherein detecting whether the participant is attempting to speak to other teleconference participants further comprises detecting that the participant is attempting to speak occurs if, within a particular trailing number of processing cycles, the number of cycles in which analysis indicates that the participant is not attempting to speak to teleconference participants does not exceed the number of cycles in which analysis indicates that the participant is attempting to speak to teleconference participants by at least a predetermined threshold.
13. An information handling system comprising:
a microphone input for receiving audio data from a microphone associated with a participant in a teleconference;
a camera input for receiving image data associated with the participant; and
a processor communicatively coupled to the microphone input and the camera input and configured to:
detect, based on analysis of at least one characteristic of the audio data or the image data, whether the participant is attempting to speak to other teleconference participants, wherein detecting whether the participant is attempting to speak to other teleconference participants comprises:
in each of multiple processing cycles, analyzing a frame of at least one of the image data and the audio data to indicate whether in each cycle, that the participant is attempting to speak to other teleconference participants; and
applying a hysteresis to the analysis of the frames, such that detecting that the participant is not attempting to speak occurs if, within a particular trailing number of processing cycles, the number of cycles in which analysis indicates that the participant is not attempting to speak to teleconference participants exceeds the number of cycles in which analysis indicates that the participant is attempting to speak to teleconference participants by at least a predetermined threshold; and
modify the audio data to prevent transmission of audio to other teleconference participants in response to a detecting that the participant is not attempting to speak to other teleconference participants while the microphone is unmuted.
14. The information handling system of claim 13 , wherein modifying the audio data comprises modifying the audio data such that substantial silence is transmitted to the other teleconference participants.
15. The information handling system of claim 13 , wherein modifying the audio data comprises:
buffering a plurality of audio sample data frames of the audio data in response to detecting that the participant is not attempting to speak to other teleconference participants while the microphone is unmuted;
generating silent audio sample data frames for transmission to the other teleconference participants while buffering the plurality of audio sample data frames; and
transmitting the buffered audio sample data frames to the other teleconference participants in response to detecting that the participant is attempting to speak.
16. The information handling system of claim 15 , wherein the buffered audio sample data frames are compressed for transmission to the other teleconference participants.
17. The information handling system of claim 13 , wherein the at least one characteristic comprises:
a volume of the audio data;
a presence or absence of human speech in the audio data;
a presence or absence of a primary face in the image data;
an orientation of the primary face in the image data; and
lip movement of the primary face indicative of speech in the image data.
18. The information handling system of claim 13 , wherein detecting whether the participant is attempting to speak to other teleconference participants further comprises detecting that the participant is attempting to speak occurs if, within a particular trailing number of processing cycles, the number of cycles in which analysis indicates that the participant is not attempting to speak to teleconference participants does not exceed the number of cycles in which analysis indicates that the participant is attempting to speak to teleconference participants by at least a predetermined threshold.