Abstract: A social network may be provided. First, a content group comprising a list of a plurality of content programs may be received. Next, a user selectable element corresponding to the content group may be made available to a plurality of users. A first request may then be received associated with the user selectable element from a one of the plurality of users. The first request may indicate that the one of the plurality of users wants to receive the content group. Next the content group may be provided to the one of the plurality of users in response to the first request. A second request may then be received from the one of the plurality of users for content corresponding to a one of the plurality of content programs. Then the content may be provided to the one of the plurality of users in response to the second request.

Abstract: Systems and methods are disclosed for providing a user interface. First, a first input may be received and a currently displayed programming content may be shrunken. Next, the shrunken programming content may be displayed. Then, in response to the received first input and concurrent with the shrunken programming content, a media guide comprising at least three display elements may be displayed. Each one of the three display elements may respectively include a first content element, a second content element, and a third content element. The first content element may display a plurality of available on-demand programming groups. The second content element may display further information with respect to a selected any of the plurality of available on-demand programming groups. The third content element may display cover art corresponding to content available within the selected any of the plurality of available on-demand programming groups.

Abstract: Automatic access to a secondary or alternate voicemail box while operating or using a first or primary voicemail box is provided. One touch access to an alternate voicemail box from a wireless telephone device is further provided, and access to a given voicemail box from a number of trusted telephone devices is provided without requiring users of the trusted devices to authenticate into the voicemail box (e.g., provide a password).

Abstract: Methods and systems are provided for allowing a cable services customer to efficiently order desired products and services through an automated self-provisioning process provided through an interactive television session between the customer and a cable services provider.

Abstract: Methods and systems are provided for generating a genre-based video mosaic from multiple of video sources in a cable services network system. A cable services head end periodically searches a database for a genre descriptor identifying a type of programming broadcast in the cable services network, selects a group of video sources associated with the genre descriptor which are currently being broadcast in the cable services network, and generates a mosaic including the group of video sources associated with the genre descriptor which are currently being broadcast in the cable services network. A set-top box receives the mosaic from the head end, executes an application program enabling a subscriber to selectively tune the video sources in the mosaic, and displays the mosaic on a broadcast channel in the cable services network.

Abstract: Methods and computer-readable media are provided for presenting program guide information using a mosaic of video sources broadcast in a television services system. An application program executed on a television services set-top box generates a matrix of still images representing multiple video sources presently being broadcast in the television services system. The matrix of still images is presented as a video mosaic representing current program guide information in the television services system.

Abstract: Methods and systems are provided for generating a personalized video mosaic from multiple of video sources in a cable television services system. A head end receives a subscriber selection of video sources from multiple video sources broadcast in the television services system and generates a personalized video mosaic from those sources. The head end then transmits the personalized video mosaic to the subscriber for simultaneous viewing of the selected video sources on a broadcast channel in the cable television services system. The set-top box executes an application program enabling the subscriber to individually select the video sources which make up the personalized video mosaic and transmits the selections to the head end. The set-top box enables the display of the personalized video mosaic on the broadcast channel in the cable television services network.

Abstract: Systems and methods are disclosed for reporting customer feedback. The disclosed systems and methods may include extracting data in response to content selections by the customer, wherein the extracted data indicates customer preference data based on a content selection. Furthermore, the disclosed systems and methods may include storing the extracted data into a data repository and categorizing the extracted data for use by the content operator. Moreover, the disclosed systems and methods may include receiving a query requesting categorized data from the data repository and reporting the categorized data to the content operator.

Abstract: Wireless information transportation may be provided. An unlicensed radio frequency may be used to transmit information from a first point to a second point. Then, the unlicensed radio frequency may be determined to no longer provide a sufficient service level. Next, a license to operate in a licensed radio frequency may be purchased when it is determined that the unlicensed radio frequency no longer provides the sufficient service. The license may limit the use of the licensed radio frequency to a point-to-point configuration. Using the unlicensed radio frequency to transmit information from the first point to the second point may be discontinued when it is determined that the unlicensed radio frequency no longer provides the sufficient service level. Then the licensed radio frequency may be used to transmit information from the first point to the second point in the point-to-point configuration when use of the unlicensed radio frequency is discontinued.

Abstract: Systems and methods are disclosed for providing wireless information transportation. The disclosed systems and methods may include using an unlicensed radio frequency to transmit information from a first point to a second point in a data transport system and determining that the unlicensed radio frequency no longer provides a sufficient service level. Furthermore, the disclosed systems and methods may include discontinuing using the unlicensed radio frequency to transmit information from the first point to the second point in the data transport system when it is determined that the unlicensed radio frequency no longer provides the sufficient service level. Moreover, the disclosed systems and methods may include using a licensed radio frequency to transmit information from the first point to the second point in the data transport system when use of the unlicensed radio frequency is discontinued.

Abstract: Communication capacity of a node served by a host digital terminal is managed by redistributing communication lines among headend modems for the node in the host digital terminal. Each node has a plurality of communication lines connected to one or more headend modems, and the communication lines are distributed among one or more voiceports. A voiceport list build module is responsive to a line distribution input for headend modems connected to the node served by the host digital terminal. The voiceport list build module builds a voiceport redistribution list for redistributing the communication lines connected to the headend modems for the node. A voiceport redistribution module is responsive to the voiceport redistribution list and moves one or more voiceports from the voiceport's current headend modem to another headend modem whereby the communication lines for the node are redistributed among headend modems communicating with the node.