Abstract: A switched digital video (SDV) system is provided which includes a SDV manager for coordinating SDV sessions requested by a plurality of subscriber terminals associated with a service group. The system also includes an input for receiving SDV programming to be broadcast during the SDV sessions. At least one edge device is provided for receiving SDV programming provided by the input and for transmitting each SDV program over an access network to at least one of the subscriber terminals on one of a plurality of SDV channels. The SDV manager is configured to (i) cause transmission of at least a first requested SDV program to be delayed until a later time; and (ii) select the first requested SDV program to be delayed from among a plurality of requested SDV programs based at least in part on a current viewing and recording status of the plurality of subscriber terminals.

Abstract: Advanced set top devices are beginning to merge with home network gateway devices and will soon become the major single entry point into the home. A growing trend and implementation of home gateways is to provide a centralized data entrance point to end user home. Behavioral information may be compiled from each individual device in the home network, and the home network gateway device determines advertisements to insert specifically to each device based on the entirety of the behavioral information compiled from within the home network. The advertisements provided to individual users within the home network may be determined by the home network gateway device, transparent to entities outside the home network. For example, a headend that delivers content to a home network may not know how many devices are connected to a home network gateway device, the type of devices connected, or which devices are receiving content.

Abstract: A portable electronic device has a wireless receiver configured to receive wireless content, a communication interface configured to interface to a docking station having at least one connected media presentation host device, and content reproduction circuitry. The content reproduction circuitry is configured to determine a format required by the media presentation host device and stream the content to the host device through the communication interface in the required format.

Abstract: A portable electronic device has a wireless receiver configured to receive wireless content, a communication interface configured to interface to a docking station having at least one connected media presentation host device, and content reproduction circuitry. The content reproduction circuitry is configured to determine a format required by the media presentation host device and stream the content to the host device through the communication interface in the required format.

Abstract: A method of mobile media presentation includes receiving content wirelessly with a portable electronic device and selectively interfacing the portable electronic device with at least one host device via a docking station. Playback of the content can then switch between the portable electronic device and the host device.

Abstract: A switched digital video (SDV) system is provided which includes a SDV manager for coordinating SDV sessions requested by a plurality of subscriber terminals associated with a service group. The system also includes an input for receiving SDV programming to be broadcast during the SDV sessions. At least one edge device is provided for receiving SDV programming provided by the input and for transmitting each SDV program over an access network to at least one of the subscriber terminals on one of a plurality of SDV channels. The SDV manager is configured to (i) cause transmission of at least a first requested SDV program to be delayed until a later time; and (ii) select the first requested SDV program to be delayed from among a plurality of requested SDV programs based at least in part on a current viewing and recording status of the plurality of subscriber terminals.

Abstract: A system, method and computer readable medium are described that allow a traveler to receive content similar to what that subscriber receives at home. In one case, the subscriber receives local content but at a tier of service that is similar to the tier of service the subscriber enjoys at home. In another case, the head-end in the home region forwards some or all content to the head-end in the remote region for distribution to the subscriber. In yet another case, the subscriber's set-top box located in his home is used to transmit all the content to a set-top box in the remote region. Finally, the subscriber's set-top box located in his home is used to transmit the content, one content service at a time to a set-top box in the remote region.