System and method for a hybrid topology media conferencing system
Examples hybrid topologies of a conferencing system are disclosed. An example of a hybrid topology may comprise a plurality of endpoints and a central entity. Each of said plurality of endpoints may provide its primary video stream and audio stream to said centralized entity. The centralized entity provides the primary speaker stream and the mixed audio stream to each of said plurality of endpoint participants. In addition, some of plurality of endpoint establishes low bandwidth/low resolution media streams with other of said plurality of endpoint participants for non-speaker video.
1. A centralized entity for a video conferencing system, comprising:
a network interface;
an audio module, configured to receive an audio stream from the network interface and to send an audio stream to the network interface;
a video module, configured to receive a video stream from the network interface and to send a video stream to the network interface; and
a control module configured to manage connections with a plurality of mesh connected endpoints, wherein the control module is configured to cause the centralized entity to:
establish connections with each endpoint of the plurality of mesh connected endpoints;
receive a video stream at the video module from each endpoint of the plurality of mesh connected endpoints; and
return a selected video stream from the video module to one or more endpoints of the plurality of mesh connected endpoints at a higher resolution than the video streams received by the one or more endpoints from the other endpoints of the plurality of mesh connected endpoints.
2. The centralized entity of claim 1 , wherein the selected video stream corresponds to an active speaker.
3. The centralized entity of claim 1 , wherein the control module is further configured to cause the centralized entity to:
receive a content stream from an endpoint of the plurality of mesh connected endpoints; and
send the content stream to one or more of the plurality of mesh connected endpoints.
4. The centralized entity of claim 1 , wherein the control module is further configured to cause the centralized entity to:
receive a video stream at the video module from a legacy endpoint;
forward the video stream from the video module to each of the plurality of mesh connected endpoints; and
forward the video streams from the video module from each endpoint of the plurality of mesh connected endpoints toward the legacy endpoint.
5. The centralized entity of claim 4 , wherein the control module is further configured to cause the centralized entity to:
transcode the video streams received from the plurality of mesh connected endpoints before forwarding the video streams from the video module to the legacy endpoint.
6. The centralized entity of claim 4 , wherein the control module is configured to cause the centralized entity to forward the video streams from the video module toward the legacy endpoint via a media transcoding engine.
7. The centralized entity of claim 1 , wherein the control module is further configured to cause the centralized entity to:
receive audio streams from the plurality of mesh connected endpoints; and
forward the audio streams to a media transcoding engine for delivery to a legacy endpoint.
8. The centralized entity of claim 1 , wherein the control module is further configured to cause the centralized entity to:
receive audio streams from the plurality of mesh connected endpoints;
mix at least some of the audio streams into a mixed audio stream; and
forward the mixed audio stream to a legacy endpoint.
9. The centralized entity of claim 1 , wherein the control module is further configured to cause the centralized entity to:
receive audio streams from the plurality of mesh connected endpoints;
mix at least some of the audio streams into a mixed audio stream; and
send the mixed audio stream to the plurality of mesh connected endpoints.
10. A non-transitory machine readable medium, on which are stored instructions, comprising instructions that when executed cause a centralized entity to:
establish connections with each endpoint of a plurality of mesh connected endpoints;
receive a video stream at a video module of the centralized entity from each endpoint of the plurality of mesh connected endpoints; and
return a selected video stream from the video module to one or more endpoints of the plurality of mesh connected endpoints at a higher resolution than the video streams received by the one or more endpoints from the other endpoints of the plurality of mesh connected endpoints.
11. The machine readable medium of claim 10 , wherein the selected video stream corresponds to an active speaker.
12. The machine readable medium of claim 10 , wherein the instructions further comprise instructions that when executed cause the centralized entity to:
receive a content stream from an endpoint of the plurality of mesh connected endpoints; and
send the content stream to one or more of the plurality of mesh connected endpoints.
13. The machine readable medium of claim 10 , wherein the instructions further comprise instructions that when executed cause the centralized entity to:
receive a video stream at the video module from a legacy endpoint;
forward the video stream from the video module to each of the plurality of mesh connected endpoints; and
forward the video streams from the video module from each endpoint of the plurality of mesh connected endpoints toward the legacy endpoint.
14. The machine readable medium of claim 10 , wherein the instructions further comprise instructions that when executed cause the centralized entity to:
receive audio streams from the plurality of mesh connected endpoints;
mix at least some of the audio streams into a mixed audio stream; and
forward the mixed audio stream to the plurality of mesh connected endpoints.