Integration of scheduled meetings with audio-video solutions
An intermediary server allows endpoints connected to two different types of conferencing systems to participate in an integrated conference without requiring plugins to be installed at each endpoint. A conference identifier provided by a first type of conferencing system can be used by endpoints of a second type of conferencing system by allowing the intermediary server to send the conference identifier to a server of the first type of conferencing system and receive a link that a server of the second type of conferencing system can use to connect to the first type of conferencing system.
1. A videoconferencing system, comprising:
a multipoint control unit of a first videoconferencing type, configured to:
receive instructions from a videoconferencing endpoint configured for videoconferences of the first videoconferencing type to join a videoconference of a second videoconferencing type designated by a videoconference identifier, the videoconference of the second videoconferencing type employing different videoconferencing protocols than videoconferences of the first videoconferencing type;
create a videoconference of the first videoconferencing type;
connect the videoconference of the first videoconferencing type to the videoconference of the second videoconferencing type via a first multipoint control unit of the second videoconferencing type; and
connect the videoconferencing endpoint to the videoconference of the first videoconferencing type; and
wherein the multipoint control unit of the first videoconferencing type is configured to connect to the first multipoint control unit of the second videoconferencing type via a second multipoint control unit of the second videoconferencing type.
2. The videoconferencing system of claim 1 , further comprising:
a call server, configured to:
receive a request to join the videoconference of the second videoconferencing type from the videoconferencing endpoint;
obtain a uniform resource identifier associated with the videoconference of the second videoconferencing type from the first multipoint control unit of the second videoconferencing type; and
request the multipoint control unit of the first videoconferencing type to join the videoconference of the second videoconferencing type using the uniform resource identifier.
3. The videoconferencing system of claim 2 , wherein the call server is further configured to:
request a videoconference auto-attendant server associated with the first multipoint control unit of the second videoconferencing type to request a dial-out connection to the multipoint control unit of the first videoconferencing type by the first multipoint control unit of the second videoconferencing type.
4. The videoconferencing system of claim 1 , wherein the second multipoint control unit of the second videoconferencing type is configured receive a dial-out connection from the first multipoint control unit of the second videoconferencing type.
5. The videoconferencing system of claim 1 , wherein the multipoint control unit of the first videoconferencing type is configured to connect the videoconference of the first videoconferencing type to the videoconference of the second videoconferencing type via the first multipoint control unit of the second videoconferencing type by being configured to:
cascade the videoconference of the first videoconferencing type into the videoconference of the second videoconferencing type.
6. The videoconferencing system of claim 1 , wherein the multipoint control unit of the first videoconferencing type provides a continuous presence layout including participants of the videoconference of the second videoconferencing type to participants of the videoconference of the first videoconferencing type.
7. A videoconferencing method, comprising:
receiving instructions from a videoconferencing endpoint configured for videoconferences of a first videoconferencing type to join a videoconference of a second videoconferencing type designated by a videoconference identifier, wherein videoconferences of the first videoconferencing type employ different protocols than videoconferences of the second videoconferencing type;
creating a videoconference of a first videoconferencing type;
connecting the videoconference of the first videoconferencing type to the videoconference of the second videoconferencing type via a first multipoint control unit of the second videoconferencing type;
connecting a multipoint control unit of the first videoconferencing type to the first multipoint control unit of the second videoconferencing type via a second multipoint control unit of the second videoconferencing type; and
connecting the videoconferencing endpoint to the videoconference of the first videoconferencing type.
8. The method of claim 7 , further comprising:
receiving a request to join the videoconference of the second videoconferencing type from the videoconferencing endpoint;
obtaining a uniform resource identifier associated with the videoconference of the second videoconferencing type from the first multipoint control unit of the second videoconferencing type; and
requesting a multipoint control unit of the first videoconferencing type to join the videoconference of the second videoconferencing type using the uniform resource identifier.
9. The method of claim 8 , further comprising:
requesting a videoconference auto-attendant server associated with the first multipoint control unit of the second videoconferencing type to request a dial-out connection to the multipoint control unit of the first videoconferencing type by the first multipoint control unit of the second videoconferencing type.
10. The method of claim 7 , wherein connecting the multipoint control unit of the first videoconferencing type to the first multipoint control unit of the second videoconferencing type via the second multipoint control unit of the second videoconferencing type comprises receiving a dial-out connection from the first multipoint control unit of the second videoconferencing type via the second multipoint control unit of the second videoconferencing type.
11. The method of claim 7 , wherein connecting the videoconference of the first videoconferencing type to the videoconference of the second videoconferencing type via the first multipoint control unit of the second videoconferencing type comprises:
cascading the videoconference of the first videoconferencing type into the videoconference of the second videoconferencing type.
12. The method of claim 7 , further comprising:
providing a continuous presence layout to the videoconferencing endpoint that includes participants of the videoconference of the second videoconferencing type.
13. A non-transitory machine readable medium on which are stored instructions, comprising instructions that when executed cause a call server to:
receive a request to join a videoconference of a second videoconferencing type from a videoconferencing endpoint configured for videoconferences of a first videoconferencing type, wherein videoconferences of the first videoconferencing type employ different protocols than videoconferences of the second videoconferencing type;
request a multipoint control unit of the first videoconferencing type to connect to the videoconference of a second videoconferencing type via a first multipoint control unit of a second videoconferencing type; and
request the multipoint control unit of the first videoconferencing type to create a videoconference of the first videoconferencing type and cascade the videoconference of the first videoconferencing type into the videoconference of the second videoconferencing type,
wherein the multipoint control unit of the first videoconferencing type is configured to connect to the first multipoint control unit of the second videoconferencing type via a second multipoint control unit of the second videoconferencing type.
14. The machine readable medium of claim 13 , wherein the instructions further comprise instructions that when executed cause the call server to:
connect to a videoconference auto-attendant server of the second videoconferencing type; and
request the videoconference auto-attendant server of the second videoconferencing type to request the first multipoint control unit of the second videoconferencing type to connect to the multipoint control unit of the first videoconferencing type with a dial-out connection.
15. The machine readable medium of claim 13 , wherein the request comprises a videoconference identifier received as part of an invitation by the videoconferencing endpoint.
16. The machine readable medium of claim 13 , wherein the instructions that when executed cause the call server to request the multipoint control unit of the first videoconferencing type to connect to the videoconference of a second videoconferencing type comprise instructions that when executed cause the call server to:
request a uniform resource identifier corresponding to the first multipoint control unit of the second videoconferencing type from the first multipoint control unit of the second videoconferencing type; and
provide the uniform resource identifier to the multipoint control unit of the first videoconferencing type.
17. The machine readable medium of claim 13 , wherein the instructions further comprise instructions that when executed cause the call server to:
receive a request to disconnect the videoconferencing endpoint from the videoconference of the first videoconferencing type; and
request the multipoint control unit to disconnect the videoconference of the first videoconferencing type from the videoconference of the second videoconferencing type.
18. The machine readable medium of claim 13 , wherein the instructions further comprise instructions that when executed cause the call server to:
request termination of the videoconference of the first videoconferencing type responsive to a request to leave the videoconference of the first videoconferencing type from the videoconferencing endpoint.