The present invention relates to systems and methods for providing live operator service for a communication session over a packet-based network. The live operator of the invention can receive a call and conference with the caller to determine an intended call recipient. The live operator can then initiate a call to the intended call recipient. If the intended call recipient is available, the operator can connect the caller to the intended call recipient and disconnect itself from the call.
A method and system for establishing a videoconference between a first network endpoint and a second network endpoint. The method and system including, inputting a plurality of numbers into the first network endpoint, wherein, the first network endpoint is an IP based network endpoint, the plurality of numbers are in a standard telephone format, and the plurality of numbers are associated with the second network endpoint. Then communicating the input numbers to a first network gatekeeper having a call forwarding table, wherein the input numbers are manipulated based on processing parameters, identifying a gateway based on the manipulated numbers, establishing a connection with the identified gateway, establishing a connection between the identified gateway and a second network gatekeeper, establishing a connection between the second network gatekeeper and the second endpoint, and transferring videoconferencing data between the first network endpoint and the second network endpoint through the established connections.
Andreas Eriksson - West Milford NJ, US Ahsan Cheema - Somerset NJ, US Stuart Morris - South Plainfield NJ, US Lou Chiorazzi - New York NY, US Cesar Manriquez - Caldwell NJ, US
Assignee:
Glowpoint, Inc. - Murray Hill NJ
International Classification:
H04R 7/14
US Classification:
348 1401, 348 1402
Abstract:
A Video Call Distributor, including systems and methods, for distributing high quality real time video calls over an IP Packet-Based Wide Area Network and for routing those calls based on an ability to communicate and leverage existing routing rules and logic of a call management system, such as a traditional PBX-based.
The disclosed systems and methods provide intelligent device inspection and interrogation in an application layer system to route packet-based network calls. These systems and methods can be used to detect the status of a specified endpoint. Endpoint devices can be configured to communicate status information to a central call manager. Endpoints can also be periodically polled to request device information. Pre-defined rules applied at the central call manager can be used to process call flow based on the device information. These rules can be configured so that a call that is not completed for any reason can be transferred to another destination such as a video mail service or an automated or live operator service.
Stuart Morris - South Plainfield NJ, US John Vitale - Monroe Twp. NJ, US Michael Coker - Metuchen NJ, US
Assignee:
Glowpoint, Inc. - Hillside NJ
International Classification:
H04L 12/16
US Classification:
370260000
Abstract:
A videocommunication system and method, having an originating endpoint; and a recipient endpoint; wherein the originating endpoint is used to initiate a packet-based video-communication with the recipient endpoint; and wherein the originating endpoint comprises an interface to initiate a video communication with a live operator.
John M. Vitale - Monroe Twp. NJ, US Stuart Morris - South Plainfield NJ, US
International Classification:
H04L 29/06 H04N 7/14
US Classification:
370259
Abstract:
The disclosed systems and methods provide intelligent device inspection and interrogation in an application layer system to route packet-based network calls. These systems and methods can be used to detect the status of a specified endpoint. Endpoint devices can be configured to communicate status information to a central call manager. Endpoints can also be periodically polled to request device information. Pre-defined rules applied at the central call manager can be used to process call flow based on the device information. These rules can be configured so that a call that is not completed for any reason can be transferred to another destination such as a video mail service or an automated or live operator service.