At&t Intellectual Property I, LP

Sorabh Saxena

Roger B Aboujaoude

Hossein Eslambolchi

John McCanuel

Jamie Montero

Ming-Chin Lu

Saurabh Kumar

Anand Kumar Singh

Richard Williams

Michele Macauda

William J Hanselmann

Malvinder Singh

Narinder Ghai

Devices, systems, and methods are disclosed for connecting a plurality of mobile devices in a videoconference over a cellular network via a videoconferencing server. At least one of the mobile devices includes a camera to capture a video of a participant in the videoconference. The video is transmitted to the videoconferencing server on the cellular network. The videoconferencing server edits the video and sends the edited video to receiving mobile devices in real-time. The receiving mobile devices output the video as a projection by using an internal mobile projector or transmit the video to an external display device. A sending mobile device may also act as a receiving mobile device, such that each of the participants may view video of other participants in his/her own background/environment while communicating with the other participants. In some variations, the videoconferencing server removes the background from the video and may replace the background such that the images of participants are placed in front of a new background or in each other's background.

Virtual presence via mobile

Data flow analysis and routing processes include monitoring a process of a workflow, intercepting data traffic for data entered for the process, and identifying a communication path of a destination location for the data traffic. The method also includes verifying compliance of the process by applying business rules to the data, and notifying an entity of any non-compliance identified from the verification.

Method, system, and computer program product for providing network data flow analysis and routing

In accordance with a method of managing work flow, tasks associated with a telecommunications service order from a plurality of worklists of computing source systems are merged into a merged worklist. Each computing source system maintains a respective worklist that includes a task associated with the service order. The tasks of the service order in the merged worklist are prioritized into a prioritized sequence to be completed on a work-when-ready basis. An error in completion of a task associated with a worklist of a source system is detected and a new task to correct the detected error is generated. Further, the worklist of the source system associated with the detected error is updated with the new task and the new task is integrated into a proper position of the prioritized sequence in the merged worklist in accordance with the work-when-ready basis.

Worklist integration of logical and physical tasks

A method and system of managing work flow in provisioning service orders is provided, particularly telecommunications service delivery orders, where each service order may include of tasks from different worklists from different sources. The method includes merging the worklists and prioritizing tasks in accordance with work-when-ready work flow. The merged worklist provides an end-to-end view on a graphical user interface of all tasks pending to provision each service order. A change of status of a task results in automatically updating both the native and merged worklists. When a task is completed on the native system, the task is automatically deleted from both worklists. Selected search criteria and sorting fields may be used to narrow the displayed results. New tasks created by exceptions are inserted appropriately into the active worklist. The method eliminates the need for a user to log onto different systems to manually prioritize tasks.

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Edison, NJ, United States of America

Sorabh Saxena