Abstract:
A method and apparatus for recording and indexing audio information exchanged during an audio conference call, or video, audio and data information exchanged during a multimedia conference. For a multimedia conference, the method and apparatus utilize the voice activated switching functionality of a multipoint control unit (MCU) (26) to provide a video signal, which is input to the MCU (26) from a workstation from which an audio signal is detected, to each of the other workstations participating in the conference. A workstation and/or participant-identifying signal generated by the multipoint control unit (26) is stored, together or in correspondence with the audio signal and video information, for subsequent ready retrieval of the stored multimedia information. For an audio conference, a computer (32') is connected to an audio bridge (44) for recording the audio information along with an identification signal for correlating each conference participant with that participant's statements.
Abstract:
A multimedia telecommunications network (10) provides telephone service which may involve one or more of audio, video and data communications. In one example of the invention, the multimedia telecommunications network (10) contains a virtual meeting services complex (28) which provides multimedia telecommunications service to subscribers of the network (10). Multimedia telephone calls can be completed automatically by the virtual meeting services complex (28) in a manner similar to that now used to complete conventional audio telephone calls. The multimedia telecommunications network (10) containing this virtual meeting services complex (28) is able to connect together users having diverse equipment and is able to handle integrated and nonintegrated network access mechanisms.
Abstract:
A method is disclosed for messaging multimedia calls with a non-CCITT compliant switch when the intended recipient is unavailable. The method is used in connection with a telecommunication network which has an identified multimedia server. According to the method, multimedia calls from a caller, using a multimedia device running a first application and a second application, are messaged when the called party is unavailable. The method involves initiating a multimedia call to the called party using the first application and determining that the multimedia call is an unanswered call using the second application. Using the second application, the first application is signalled to indicate that the multimedia call was unanswered. In response to the signal, an X.25 packet message is sent from the multimedia device to the identified network based multimedia server. The multimedia device receives back a messaging address identifying a multimedia messaging server from the network based multimedia server. A second multimedia call is initiated from the multimedia device to the identified multimedia messaging server using the first application and the messaging address. The method then involves connecting to the multimedia messaging server indicated by the messaging address and recording a multimedia message on the network based multimedia messaging server.
Abstract:
A method and apparatus for recording and indexing audio information exchanged during an audio conference call, or video, audio and data information exchanged during a multimedia conference. For a multimedia conference, the method and apparatus utilize the voice activated switching functionality of a multipoint control unit (MCU) (26) to provide a video signal, which is input to the MCU (26) from a workstation from which an audio signal is detected, to each of the other workstations participating in the conference. A workstation and/or participant-identifying signal generated by the multipoint control unit (26) is stored, together or in correspondence with the audio signal and video information, for subsequent ready retrieval of the stored multimedia information. For an audio conference, a computer (32') is connected to an audio bridge (44) for recording the audio information along with an identification signal for correlating each conference participant with that participant's statements.
Abstract:
A method and apparatus for recording and indexing audio information exchanged during an audio conference call, or video, audio and data information exchanged during a multimedia conference. For a multimedia conference, the method and apparatus utilize the voice activated switching functionality of a multipoint control unit (MCU) (26) to provide a video signal, which is input to the MCU (26) from a workstation from which an audio signal is detected, to each of the other workstations participating in the conference. A workstation and/or participant-identifying signal generated by the multipoint control unit (26) is stored, together or in correspondence with the audio signal and video information, for subsequent ready retrieval of the stored multimedia information. For an audio conference, a computer (32') is connected to an audio bridge (44) for recording the audio information along with an identification signal for correlating each conference participant with that participant's statements.
Abstract:
A method is disclosed for messaging multimedia calls with a non-CCITT compliant switch when the intended recipient is unavailable. The method is used in connection with a telecommunication network which has an identified multimedia server (92). According to the method, multimedia calls from a caller, using a multimedia device (70) running a first application and a second application, are messaged when the called party is unavailable. The method involves initiating a multimedia call to the called party using the first application and determining that the multimedia call is an unanswered call using the second application. Using the second application, the first application is signalled to indicate that the multimedia call was unanswered. In response to the signal, an X.25 packet message is sent from the multimedia device to the identified network based multimedia server. The multimedia device receives back a messaging address identifying a multimedia messaging server (100) from the network based multimedia server. A second multimedia call is initiated from the multimedia device (70) to the identified multimedia messaging server (100) using the first application and the messaging address. The method then involves connecting to the multimedia messaging server indicated by the messaging address and recording a multimedia message on the network based multimedia messaging server.
Abstract:
A method and system is disclosed for handling multimedia messages when the intended recipient is unvailable. The telecommunication based (88) method and system allows a party (80) to leave a greeting message which will be furnished to a caller (124) when the party (80) is unavailable. The method and system further allows a caller (124) to leave a multimedia message for the unavailable intended recipient (80). The method and system further alerts the party (86) that a multimedia measage has been recorded and allows the party (80) to retrieve the multimedia message.
Abstract:
A method is disclosed for messaging multimedia calls with a non-CCITT compliant switch when the intended recipient is unavailable. The method is used in connection with a telecommunication network which has an identified multimedia server (92). According to the method, multimedia calls from a caller, using a multimedia device (70) running a first application and a second application, are messaged when the called party is unavailable. The method involves initiating a multimedia call to the called party using the first application and determining that the multimedia call is an unanswered call using the second application. Using the second application, the first application is signalled to indicate that the multimedia call was unanswered. In response to the signal, an X.25 packet message is sent from the multimedia device to the identified network based multimedia server. The multimedia device receives back a messaging address identifying a multimedia messaging server (100) from the network based multimedia server. A second multimedia call is initiated from the multimedia device (70) to the identified multimedia messaging server (100) using the first application and the messaging address. The method then involves connecting to the multimedia messaging server indicated by the messaging address and recording a multimedia message on the network based multimedia messaging server.
Abstract:
A multimedia telecommunications network (10) provides telephone service which may involve one or more of audio, video and data communications. In one example of the invention, the multimedia telecommunications network (10) contains a virtual meeting services complex (28) which provides multimedia telecommunications service to subscribers of the network (10). Multimedia telephone calls can be completed automatically by the virtual meeting services complex (28) in a manner similar to that now used to complete conventional audio telephone calls. The multimedia telecommunications network (10) containing this virtual meeting services complex (28) is able to connect together users having diverse equipment and is able to handle integrated and nonintegrated network access mechanisms.