System and method for collection and redistribution of video conferences
View Patent ↗A method and system for distributing video calls includes receiving a plurality of incoming video calls originating from a corresponding plurality of calling endpoints over a data network. A corresponding plurality of first connections is formed with each of the plurality calling endpoints. Data is streamed over the plurality of first connections while the plurality of calling endpoints awaits availability of one answering endpoint. A second connection is then formed between one of the plurality of calling endpoints and the one answering endpoint to replace one of the plurality of first connections when the one answering endpoint is available.
1. A system for distributing video calls, comprising:
a video relay service comprising logic configured to receive a plurality of video calls originating in response to an entered called party number from a corresponding plurality of video phones over a data network from a corresponding plurality of calling endpoints and to form a corresponding plurality of first connections with each of the plurality of calling endpoints, the logic further configured to receive each of the entered called party numbers and maintain the plurality of video calls on hold and in a priority and to forward one of the plurality of video calls having priority including the respective one of the entered called party number to form a second connection; and
at least one answering endpoint coupled to the video relay service via the data network, the at least one answering endpoint comprising logic configured to update the video relay service when the at least one answering endpoint is available for connection with one of the plurality of video phones corresponding to the one of the plurality of video calls having priority, the second connection being formed directly between the one of the plurality of calling endpoints and the at least one answering endpoint upon the video relay service transferring a call request including the entered called party number to the at least one answering endpoint.
2. The system of claim 1 , wherein the video relay service comprises a hold server configured to receive the plurality of video calls and to forward the one of the plurality of video calls to form the second connection.
3. The system of claim 2 , wherein the hold server is further configured to stream data to each of the plurality of video phones while the plurality of video calls is on hold.
4. The system of claim 2 , wherein the video relay service comprises a video relay service server configured to monitor the at least one answering endpoint and provide an address to the hold server of the at least one answering endpoint when the at least one answering endpoint is available.
5. The system of claim 4 , wherein the video relay service server further comprises a queue for maintaining priority of the plurality of video calls.
6. The system of claim 1 , wherein the plurality of first connections and the second connection are configured according to an H.323 standard.
7. A method for distributing video calls, comprising:
receiving a plurality of incoming video calls and entered called party numbers originating in response to entering the called party number from a corresponding plurality of calling endpoints over a data network;
forming a corresponding plurality of first connections with each of the plurality of calling endpoints;
storing the received called party numbers;
streaming data over the plurality of first connections while the plurality of calling endpoints await availability of one answering endpoint; and
passing a call request including a called party number to form a second connection between one of the plurality of corresponding calling endpoints and the one answering endpoint to replace one of the plurality of first connections when the one answering point is available.
8. The method of claim 7 , further comprising maintaining the plurality of first connections in a queue to determine a priority for establishing the second connection.
9. The method of claim 8 , further comprising following forming the second connection, updating the queue to determine another one of the plurality of first connections having priority.
10. The method of claim 7 , wherein the streaming data comprises streaming data identifying the corresponding one of the plurality of first connections as being in an on hold status.
11. The method of claim 7 , further comprising monitoring availability of the one answering endpoint to determine when to form the second connection.
12. The method of claim 10 , further comprising passing an address of the one answering endpoint over the one of the plurality of first connections to facilitate formation of the second connection as a direct connection between the one of the plurality of corresponding calling endpoints and the one answering endpoint.
13. The method of claim 7 , further comprising monitoring the second connection for a termination of the second connection to identify availability of the one answering endpoint.
14. A communication system for coupling hearing-impaired users with an interpreter, comprising:
a plurality of calling video phones configured to couple a corresponding plurality of hearing-impaired users over a network to a single network address;
a video relay service configured to couple over the network and addressable by the single network address, the video relay service configured to receive a plurality of video calls originating in response to an entered called party number from corresponding ones of the plurality of calling video phones and to form a corresponding plurality of first connections with each of the plurality of calling video phones and to receive each of the entered called party numbers and maintain the plurality of video calls on hold and in a priority and to forward one of the plurality of video calls having priority including the respective one of the entered called party number to form a second connection; and
an answering video phone configured to couple an interpreter over the network to one of the plurality of calling video phones, the answering video phone comprising logic configured to update the video relay service when the answering video phone is available for connection with one of the plurality of calling video phones corresponding to the one of the plurality of video calls having priority, the second connection being formed directly between the one of the plurality of calling video phones and the answering video phone upon the video relay service transferring a call request including the entered called party number to at least one answering endpoint.
15. The communication system of claim 14 , wherein the video relay service comprises a hold server configured to receive the plurality of video calls and to forward the one of the plurality of video calls to form the second connection.
16. The communication system of claim 15 , wherein the hold server is further configured to stream data to each of the plurality of calling video phones while the plurality of video calls is on hold.
17. The communication system of claim 15 , wherein the video relay service comprises a video relay service server configured to monitor the answering video phone and provide an address to the hold server of the answering video phone when the answering video phone is available.
18. The communication system of claim 17 , wherein the video relay service server further comprises a queue for maintaining priority of the plurality of video calls.
19. The communication system of claim 14 , wherein the corresponding plurality of first connections and the second connection are configured according to an H.323 standard.
20. The communication system of claim 14 , further comprising a second answering video phone configured in the manner of the answering video phone, the second answering video phone and the answering video phone configured for alternative coupling with the one of the plurality of calling video phones.