Abstract: One example system for displaying immersive scenes includes a processor and at least one memory device. The memory device includes instructions that are executable by the processor to cause the processor to receive a collection of metadata associated with an immersive scene, identify each of a plurality of properties of the immersive scene based on the collection of metadata, receive a dynamic immersive background, receive a plurality of video streams associated with a video conference, and display each of the plurality of video streams in the immersive scene based at least in part of the plurality of properties of the immersive scene and on the dynamic immersive background.

Abstract: Methods and systems provide for video appearance adjustments within a video communication session. First, the system receives video content. The system then receives an appearance adjustment request comprising an adjustment depth, and detects imagery of a user within the video content. The system then detects a face region within the video content. The system segments the face region into a number of skin areas. For each of the plurality of skin areas, the system classifies the skin area as a smooth texture region or rough texture region. If the skin area is classified as a smooth texture region, the system modifies the imagery of the user in real time or substantially real time by applying a smoothing process to the skin area, where the amount of smoothing applied corresponds to the adjustment depth.

Abstract: One example system for sharing content across videoconferencing sub-meetings includes a system comprising a processor; and at least one memory device including instructions that are executable by the processor to cause the processor to establish a videoconferencing session including a main meeting and a first sub-meeting, receive a content transmitted over a data stream to be displayed in the main meeting; cause the content to be displayed in the main meeting, receive a request to subscribe to the data stream over which the content is transmitted, and responsive to receiving the request to subscribe to the data stream, cause the content to be displayed in the first sub-meeting simultaneously with the content displayed in the main meeting.

Abstract: One example method for displaying ephemeral content in video conferences includes receiving a video conference stream at a client device, displaying the video conference stream on a display in communication with the client device, displaying a content layer over the video conference stream on the display, receiving a content item from a user input device in communication with the client device, displaying the content item in the content layer at a first time, and when a predetermined period of time has elapsed from the first time, automatically removing the content item from the content layer.

Abstract: One disclosed example method includes a video conference provider establishing a main meeting of a video conference and multiple associated sub-meetings at the request of a host client device associated with a host of the meeting. The method further includes the video conference provider determining that a self-selection mode for the sub-meetings is enabled and transmitting notifications to participant client devices associated with the participants of the meeting. Each notification identifies a list of sub-meetings from which a participant can select a sub-meeting to join. The method further includes the video conference provider receiving and forwarding a request from a participant client device to connect to a selected sub-meeting, and receiving an automatic approval from the host client device. The video conference provider further connects the participant client device to the selected sub-meeting.

Abstract: One example method for sharing content across videoconferencing sub-meetings includes establishing a videoconferencing session including a main meeting and a first sub-meeting, transmitting, from a first client, a content to be displayed over a data stream in the main meeting, transmitting, from a second client, a request to subscribe to the data stream over which the content is transmitted, and responsive to the request to subscribe to the data stream, receiving the content to be displayed in the first sub-meeting simultaneously with the content displayed in the main meeting.

Abstract: Methods and systems provide for low lighting adjustments within a video communication session. First, the system receives video content within a video communication session of a video communication platform, the video content having multiple video frames. The system then receives or generates a lighting adjustment request including a lighting adjustment depth, then detects an amount of lighting in the video content. The system then modifies the video content to adjust the amount of lighting, wherein the amount of adjustment of lighting corresponds to the adjustment depth, and wherein adjusting the amount of lighting is performed in real time or substantially real time upon receiving the lighting adjustment request.

Abstract: One disclosed example method includes a video conference provider establishing a main meeting of a video conference and multiple associated sub-meetings at the request of a host client device associated with a host of the meeting. The method further includes the video conference provider determining that a self-selection mode for the sub-meetings is enabled and transmitting notifications to participant client devices associated with the participants of the meeting. Each notification identifies a list of sub-meetings from which a participant can select a sub-meeting to join. The method further includes the video conference provider receiving and forwarding a request from a participant client device to connect to a selected sub-meeting, and receiving an automatic approval from the host client device. The video conference provider further connects the participant client device to the selected sub-meeting.

Abstract: One example system for providing notifications to videoconferencing sub-meetings includes a processor and at least one memory device. The processor establishes a videoconferencing session associated with a host. The videoconferencing session can include a main meeting, a sub-meeting, and a waiting queue. The processor can move the host from the main meeting to the sub-meeting, and subsequently move a new participant into the waiting queue. The processor can generate a notification that the participant has entered the waiting queue and determine that the host has moved to the sub-meeting. The processor can route, to the host in the sub-meeting using a stored connection of the host to the main meeting, a notification of the participant entering the waiting queue, and subsequently allow the host to admit the new participant.

Abstract: One example system for displaying immersive scenes includes a processor and at least one memory device. The memory device includes instructions that are executable by the processor to cause the processor to receive a collection of metadata associated with an immersive scene, identify each of a plurality of properties of the immersive scene based on the collection of metadata, receive a dynamic immersive background, receive a plurality of video streams associated with a video conference, and display each of the plurality of video streams in the immersive scene based at least in part of the plurality of properties of the immersive scene and on the dynamic immersive background.

Abstract: One example system for providing notifications to videoconferencing sub-meetings includes a processor and at least one memory device. The processor establishes a videoconferencing session associated with a host. The videoconferencing session can include a main meeting, a sub-meeting, and a waiting queue. The processor can move the host from the main meeting to the sub-meeting, and subsequently move a new participant into the waiting queue. The processor can generate a notification that the participant has entered the waiting queue and determine that the host has moved to the sub-meeting. The processor can route, to the host in the sub-meeting using a stored connection of the host to the main meeting, a notification of the participant entering the waiting queue, and subsequently allow the host to admit the new participant.

Abstract: One example method includes receiving, by a video conference provider, an indication of a meeting type of a video conference; obtaining, by the video conference provider, multimedia content associated with the meeting type; receiving a request from a client device to join a main meeting of the video conference; connecting the client device to a waiting room associated with the video conference; and providing the multimedia content to the client device in the waiting room.

Abstract: One example system for multiple host management of videoconferencing sub-meetings includes a processor and at least one memory device. The processor establishes a main videoconferencing meeting and establishes a host of the main videoconferencing meeting. The host participates using a first host client device. The processor can receive a selection of a participant to be a co-host. The co-host participates in the main videoconferencing meeting from a second host client device. The processor receives a first sub-meeting control input from the second host client device, wherein the first sub-meeting control input identifies an action to perform with respect to a sub-meeting. The system generates a second sub-meeting control input based on the first sub-meeting control input, executes the second sub-meeting control input, and discards the first sub-meeting control input so that the sub-meeting command is associated with the main host.

Abstract: One example method for displaying ephemeral content in video conferences includes receiving a video conference stream at a client device, displaying the video conference stream on a display in communication with the client device, displaying a content layer over the video conference stream on the display, receiving a content item from a user input device in communication with the client device, displaying the content item in the content layer at a first time, and when a predetermined period of time has elapsed from the first time, automatically removing the content item from the content layer.

Abstract: Methods and systems provide for video appearance adjustments within a video communication session. First, the system receives video content. The system then receives an appearance adjustment request comprising an adjustment depth, and detects imagery of a user within the video content. The system then detects a face region within the video content. The system segments the face region into a number of skin areas. For each of the plurality of skin areas, the system classifies the skin area as a smooth texture region or rough texture region. If the skin area is classified as a smooth texture region, the system modifies the imagery of the user in real time or substantially real time by applying a smoothing process to the skin area, where the amount of smoothing applied corresponds to the adjustment depth.

Abstract: One example method for mediating participant interactions during a video webinar meeting includes establishing a video webinar meeting; admitting a host and a plurality of participants to the video webinar meeting; not distributing audio streams from the plurality of participants to other participants in the video webinar meeting; receiving, from a first participant, a first submission to be posed during the video webinar meeting; determining a priority for the first submission based on one or more parameters; and distributing an audio stream associated with the first participant to the host and the remaining plurality of participants based on the priority to enable the first participant to pose the first submission.

Abstract: Methods and systems relate to a method for providing concurrent sharing of screen elements by multiple users within a communication session. First, a system connects multiple participants of a communication session. The system receives, from a first participant, a request to initiate sharing of one or more screen elements from a user device associated with the first participant. In response to the request, the system captures and displays the one or more screen elements from the user device of the first participant to the communication interfaces of the other participants. The system then receives, from one or more additional participants of the communication session, additional requests to initiate sharing of one or more additional screen elements. In response, the system captures and displays the additional screen elements of the additional participants to the communication interfaces of the other participants, such that multiple screen elements from multiple users are displayed concurrently.

Abstract: Methods and systems provide for low lighting adjustments within a video communication session. First, the system receives video content within a video communication session of a video communication platform, the video content having multiple video frames. The system then receives or generates a lighting adjustment request including a lighting adjustment depth, then detects an amount of lighting in the video content. The system then modifies the video content to adjust the amount of lighting, wherein the amount of adjustment of lighting corresponds to the adjustment depth, and wherein adjusting the amount of lighting is performed in real time or substantially real time upon receiving the lighting adjustment request.

Abstract: One example system for providing virtual meeting room content monitoring for a host of a videoconference includes a processor and at least one memory device. The memory device includes instructions that can cause the processor to establish a videoconferencing session having a first virtual meeting room. The processor receives a control input from a host subscribed to the first virtual meeting room at a host client device. The control input indicates that the host is to monitor the meeting room content from one or more additional virtual meeting rooms. The instructions further cause the processor to, responsive to the control input from the host, cause the meeting room content of at least one of the additional virtual meeting rooms to be displayed on the host client device while the host is subscribed to the first virtual meeting room.

Abstract: One example system for displaying immersive scenes includes a processor and at least one memory device. The memory device includes instructions that are executable by the processor to cause the processor to receive a collection of metadata associated with an immersive scene, identify each of a plurality of properties of the immersive scene based on the collection of metadata, receive a dynamic immersive background, receive a plurality of video streams associated with a video conference, and display each of the plurality of video streams in the immersive scene based at least in part of the plurality of properties of the immersive scene and on the dynamic immersive background.