Abstract: One embodiment of the present invention relates to a method for facilitating a geographic video data interface and interactive collaboration system. The method includes displaying representations of stored video data sets on an interactive geographic interface to facilitate collaboration among users. The interactive geographic interface includes a visual representation which may be manipulated including pan, zoom level, content, filtering, map type, elevation, etc. Video data sets are received from the video owner including at least video data/sequences and associated characteristic data. The received video data sets are correlated with a geographic location at which the video data was captured. The correlated geographic location is aggregated with the video data set. The video data set is displayed on the interactive geographic interface by a visual representation at the correlated location. Collaboration data about the video data set is received from users or clients other than the video owner.

Abstract: A method and system for call initiation and the establishment of a communication session in a video relay service are described. A called party number of a voice phone is entered into a video phone and a first segment of a communication session is established between the video phone and a Video Relay Service (VRS) system according to a network address of the VRS system stored within the video phone. The called party number is forwarded to the VRS system over the first segment of the communication session. A second segment of the communication session is established between the VRS system and the voice phone without any additional interaction by a user of the video phone using the called party number of the voice phone.

Abstract: A method and system for automatic camera configuration, upon establishment of a communication session is described. A number is entered into a video phone and a first segment of a communication session is established between the video phone and a service system. The service system retrieves and stores a current default pan, tilt, zoom (PTZ) setting from the video phone camera. The service system transmits the video phone's corresponding camera PTZ preset settings and the video phone configures the camera according to the preset. Upon termination of the communication session, a video relay service (VRS) transmits the default PTZ setting to the video phone and the video phone reconfigures the camera according to the original camera setting.

Abstract: 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.

Abstract: One embodiment of the present invention relates to a method for facilitating a geographic video data interface and interactive collaboration system. The method includes displaying representations of stored video data sets on an interactive geographic interface to facilitate collaboration among users. The interactive geographic interface includes a visual representation which may be manipulated including pan, zoom level, content, filtering, map type, elevation, etc. Video data sets are received from the video owner including at least video data/sequences and associated characteristic data. The received video data sets are correlated with a geographic location at which the video data was captured. The correlated geographic location is aggregated with the video data set. The video data set is displayed on the interactive geographic interface by a visual representation at the correlated location. Collaboration data about the video data set is received from users or clients other than the video owner.

Abstract: The present invention relates to systems and methods for combining video data to optimize video performance for use with distributed multiple video monitoring systems. One embodiment of the present invention relates to a computer controlled surveillance system including distributed multiple real-time video display. The system includes a local data transmission system, a global data transmission system, a plurality of video capture devices, a control module, and a client module. The control module includes a combination module configured to generate a combined video data signal including a data combination of the plurality of video devices. The combined video data signal includes independently identifiable simultaneous representations of each of the video data signals packaged so as to posses a transmission bandwidth equal to approximately that of one of the video data signals. The client module is configured to display the combined video data signal.

Abstract: One embodiment of the present invention relates to a computer based remote video monitoring system including a set of video input sources, a control module, and a client module. The video input sources are coupled to the control module via a local data transmission system such as a local area network. The client module is indirectly data coupled to the control module through an intermediary data server via a global data transmission system such as the Internet. The indirect data coupling between the client module and the control module is limited to an outbound data limited communication protocol such as an instant messaging protocol specifically including the messaging and presence protocol XMPP. The indirect data coupling enables the client module to perform various video monitoring system management related functions including controlling the control module so as to effect the video data signals produced by the video input sources.

Abstract: A system and method for electronic communication with the hearing impaired is disclosed, which includes a video relay service having a video relay service application configured to receive the called party number over the first connection and request interpretive services. The video relay service application, initiates when interpretive services are available. The video relay service times a duration of concurrent connection of the first and second connections.

Abstract: A method and system for call restoration in a video relay service are disclosed, including a system that includes a VRS server having a call queue. The VRS server receives at least one call request to establish a communication session between a hearing-impaired user and a hearing-capable user. The VRS server also compares the call request with the plurality of call requests to identify if the call request corresponds to a previous call request corresponding to one in the call queue. The system also includes a VRS client application interactively coupled to the VRS server and configured to monitor availability of interpretive services. When the call request corresponding to the hearing-impaired user and the hearing-capable user is sorted to a top of the call queue and the interpretive services are available, the application establishes the communication session via the interpretive services between the hearing-impaired user and the hearing-capable user.