Abstract: A centralized Digital Video Recording (DVR) and reproduction system links several reproduction and control units (such as television receivers, etc.) and a centralized server via a home area network. This allows programming to be distributed throughout the premises, and novelly allows live-pause recording and playback to be effected from more than one reproduction and control unit in a seamless manner. For example, during a live-pause episode, a viewer can pause a program from one control and reproduction unit, and resume viewing the program from the same pause point at another control and reproduction unit on the premises. The present invention also allows a viewer to view multiple programs from the server on the same monitor using a multiple picture-in-picture display.

Abstract: Embodiments of the present invention allow fast playback of an audio-visual data stream that is transmitted within a Home Area Network in a manner that is consistent with a bandwidth-allocation constraint. In an embodiment, a bandwidth allocation is received for a stream of audio-visual data. The audio-visual data is transmitted within the Home Area Network. A user request for a fast rendering of the stream of audio-visual data is received, wherein the user request includes a speed factor. A fast playback frame sequence associated with the stream of audio-visual data based on the bandwidth allocation and the user request is then determined. The stream of audio-visual data may then be transmitted in accordance with the fast playback sequence that was determined.

Abstract: Embodiments of the invention may be used to select targeted advertisements for insertion into a program being rendered on a rendering device in a home area network. The selection of the advertisement may be based on a profile associated with that particular rendering device. In other embodiments, the profile associated with a rendering device in a home area network is updated based on an identification that the rendering device is active and based on the program being rendered on the active rendering device.

Abstract: Embodiments of the invention may be used to select targeted advertisements for insertion into a program being rendered on a rendering device in a home area network. The selection of the advertisement may be based on a profile associated with that particular rendering device. In other embodiments, the profile associated with a rendering device in a home area network is updated based on an identification that the rendering device is active and based on the program being rendered on the active rendering device.

Abstract: A system is disclosed for generating a video signal defining an image for display by a video display device, the video display device displaying at least one image on a video display screen providing a plurality of pixels generally arranged in a plurality of rows. The system comprises a frame buffer, an averaging device, a video signal generator, and a control module. The frame buffer has a plurality of storage locations each configured to store a pixel value, respective storage locations being associated with pixels displayed by the video display device. The averaging device, which in one embodiment is a flicker filter, is configured to receive pixel values from a plurality of storage locations and generate therefrom an average pixel value according to a predetermined function. The video signal generator is configured to receive the average pixel value and generate the video signal therefrom for use by the video display device.

Abstract: A centralized Digital Video Recording (DVR) and reproduction system links several reproduction and control units (such as television receivers, etc.) and a centralized server via a home area network. This allows programming to be distributed throughout the premises, and novelly allows live-pause recording and playback to be effected from more than one reproduction and control unit in a seamless manner. For example, during a live-pause episode, a viewer can pause a program from one control and reproduction unit, and resume viewing the program from the same pause point at another control and reproduction unit on the premises. The present invention also allows a viewer to view multiple programs from the server on the same monitor using a multiple picture-in-picture display.