Abstract: A method is described comprising: receiving a broadcast signal containing a plurality of encrypted multimedia channels; storing the encrypted multimedia channels in a first hard drive partition; and decrypting one or more of the encrypted multimedia channels to generate one or more decrypted multimedia channels; and storing the decrypted multimedia channels to a second hard drive partition.

Abstract: An object is identified with a camera that is sensitive to both visible and invisible light. An invisible light illuminator attached to the object may project a target of invisible light, which may either be generated by the illuminator or reflected from a separate invisible light source by the illuminator. The system processes the invisible light and identifies the object based on identity characteristics extracted from the invisible component. The system may then adapt its operation to settings associated with the object.

Abstract: A user interface includes a first menu comprising a first set of selectable options circumferentially disposed on the first menu. In response to a selection of an option from the first menu, a second menu is displayed. The second menu may be concentrically-disposed relative to the first menu. The second menu includes a second set of circumferentially-disposed, selectable options, which may or may not be hierarchically related to the first set of selectable options.

Abstract: An apparatus and method are described for mapping a plurality of multimedia streams (e.g., received from a set of satellite transponders) across a lesser plurality of decoders. In one embodiment, arbitration logic allocates the multimedia streams to divide the decoding load equally among the group of decoders (or at least as equally as possible). Allocation may occur statically, when the system is initialized, or dynamically, as the streams are being processed. In addition, in one embodiment, the arbitration logic monitors the amount of multimedia data for each stream stored in a buffer and causes streams to be serviced by the decoders which have relatively more stored multimedia data.

Abstract: Methods and apparatus are disclosed for efficiently scheduling incoming information objects so that timely objects from a variety of content classes are scheduled for broadcast. The incoming information objects are preferably received from one or more information sources, and are tagged with attributes that associate each object with one or more classes of information (e.g., sports, news, etc.), and provide a gauge of the timeliness or ‘age’ of the object. The tags can be used to select and broadcast objects from a variety of classes, and to identify the most timely objects at any give time.

Abstract: A user interface includes a first menu comprising a first set of selectable options circumferentially disposed on the first menu. In response to a selection of an option from the first menu, a second menu is displayed. The second menu may be concentrically-disposed relative to the first menu. The second menu includes a second set of circumferentially-disposed, selectable options, which may or may not be hierarchically related to the first set of selectable options.

Abstract: An editing device accesses a media program and a user of the editing device designates excerpts within the media program. Bookmarks are generated for the designated excerpts. The bookmarks are transmitted via a network from the editing device to a playback device. By reference to the received bookmarks, the playback device presents an edited version of the media program that includes only the designated excerpts.

Abstract: An object is tracked with a camera that is sensitive to both visible and invisible light. An invisible light reflector attached to the object may reflect a target of invisible light, which is provided by an invisible light emitter. The camera processes the invisible light and moves the field of view of the camera so that the object is centered within the field of view. The camera may also zoom the field of view to a desired magnification level.

Abstract: Systems and methods for providing a central recorder in an interactive broadcast television network environment are disclosed. A broadcast center records and stores incoming content as it is received from local, regional and/or national broadcasters to facilitate time shifting of content for clients, and to provide an efficient mechanism for the distribution and/or redistribution of content. Content may be distributed or redistributed to one or more of client terminals, to the originating broadcaster, to a parent network, to an interactive television service, or to other third parties with an interest in receiving the content.

Abstract: A video communication request from a caller to a recipient is screened by an unauthorized caller list, an authorized caller list, a recipient-specific caller list, third party authorization, and/or various combinations of these. Depending on which screening list, if any, an identifier of the caller is found in, the screening may accept or reject the video communication request. The recipient may automatically notify a law enforcement agency of repeated unwanted video communication requests.

Abstract: A plurality of user-selectable video streams are displayed on a first terminal, each video stream being generated by a video camera associated with a different terminal in a network. By selecting one of the displayed video streams, a user may establish two-way video communication between the first terminal and the terminal associated with the selected video stream.

Abstract: A failsafe configuration for alternative network telephony is disclosed. An indication as to whether an alternative network telephony call processing system is available to process calls from an associated piece of telephone equipment is received automatically and transparently to a user of the telephone equipment. Calls placed from the telephone equipment at a time when the alternative network telephony call processing system is available to process calls are processed via alternative network telephony. Calls placed from the telephone equipment at a time when the alternative network telephony call processing system is not available to process calls are processed via the public switched telephone network (PSTN).

Abstract: Providing multiple line functionality using alternative network telephony is disclosed. A local telephone installation comprises a first and second telephone equipment (associated with a first and second local node, respectively), and local telephone wiring connected to the first and second local nodes. The local telephone installation is associated for purposes of the public switched telephone network (PSTN) with a single telephone line. A request from a calling party to establish a connection with the local telephone installation is received at a third local node. It is determined whether the calling party desires to establish a connection to (1) a first telephone extension or (2) a second telephone extension associated with the first or the second local node, respectively. A connection is established from the third local node to the desired extension over the local telephone wiring in a manner that does not affect the other extension.

Abstract: A system and method are disclosed for selective processing of calls using alternative network telephony. Called party data is received indicating a destination to which a calling party using a local telephone equipment desires to place a call. It is determined transparently to the calling party whether the called party data satisfies a first criteria for completing calls via alternative network telephony. The call is completed using alternative network telephony if it is determined that the called party data satisfies the first criteria. The call is completed via the public switched telephone network (PSTN) if it is determined that the called party data does not satisfy the first criteria.

Abstract: An object is tracked with a plurality of cameras, at least one of which is sensitive to both visible and invisible light. An invisible light illuminator attached to the object reflects a target of invisible light. At least one camera processes the invisible light. A command module then selects and activates one of the cameras based on the satisfaction of a triggering condition, which may be based upon appearance, proximity, orientation, position, or any other characteristic of the illuminator with respect to the cameras.

Abstract: A remote control for an interactive television system includes an integrated microphone and a wireless transmitter for transmitting audio information generated by the microphone to the interactive television system. A set top box for the interactive television system includes a wireless receiver for receiving the audio information and a converter for transforming the audio information into a network-compatible audio stream for transmission to a network.

Abstract: Eye-to-eye videoconferencing may be carried out through the use of a camera secured to an attachment mechanism. The attachment mechanism removably secures the camera to a screen portion of a display screen such that the camera is disposed between the display screen and a person engaged in videoconferencing. In one embodiment, the attachment mechanism is a suction cup. In one alternate embodiment, the attachment mechanism takes the form of first and second strips of double-sided tape. In another alternate embodiment, the attachment mechanism includes first and second magnets removably secured to front and back sides of a flat panel display. Magnetic force between the first and second magnets removably secures the camera to a screen portion of the flat panel display.

Abstract: A plurality of live video streams are generated by video cameras associated with terminals in a network. In one embodiment, the live video streams are received and cached by a first terminal. In addition, the live video streams are simultaneously displayed on the first terminal in one of various formats, such as a grid format or a ticker format. In response to a user selecting one of the live video streams being displayed, an earlier-in-time cached segment of the selected live video stream is retrieved and displayed to the user.

Abstract: Television programs are represented by program interface objects (PIOs) within an interactive television system. The program interface objects may be represented by visual indicator for quick identification of the represented television program, one or more attributes providing information concerning the represented television program, and one or more actions that may be performed on or in connection with the represented television program. The PIOs may be sorted, filtered, and/or managed based on user-provided criteria. The PIOs may also be linked to allow an operation performable in connection to one PIO to be performed in connection with the linked PIO(s).

Abstract: Television programs are represented by program interface objects (PIOs) within an interactive television system. The PIOs provide a visual indicator for quick identification of the represented television program, attributes providing information concerning the represented television program, and actions that may be performed on or in connection with the represented television program. The PIOs may be sorted, filtered, and/or managed based on user-provided criteria. The PIOs may also be linked to allow an operation performable in connection to one PIO to be performed in connection with the linked PIO(s).