Abstract: Systems and methods are disclosed for providing devices capable of the reception and playback of one or more crafted media channels transmitted over an intermittent connection. The one or more channels may be customized by the end user to bias the programming towards individual tastes or moods. The channels may be delivered over an intermittent, unidirectional link, for example a Satellite Radio receiver in a home or car. Content may also be delivered over an intermittent, bidirectional link, for example to a portable media player via a wireless 802.11 or other networked connection.

Abstract: Systems and methods are disclosed for providing devices capable of the reception and playback of one or more crafted media channels transmitted over an intermittent connection. The one or more channels may be customized by the end user to bias the programming towards individual tastes or moods. The channels may be delivered over an intermittent, unidirectional link, for example a Satellite Radio receiver in a home or car. Content may also be delivered over an intermittent, bidirectional link, for example to a portable media player via a wireless 802.11 or other networked connection.

Abstract: User interfaces associated with devices and applications for distributing digital media content are described. A user interface may be provided that includes a favorites selection button allowing a user to identify selected media tracks and/or associated artists to be played more frequently. A ban selection button may be also provided allowing a user to selectively ban media tracks and/or associated artists. Additional controls may be provided including controls and interfaces for creating user customized stations to customize content delivery based on user specified preferences stored in a user profile.

Abstract: Systems and methods for delivering personalized content streams over a variety of devices and networks are disclosed. A user's preferences, customizations, and content are made available to the user through specialized clients for home, car, office, and portable environments. In order to enable personalized content streams on devices that are intermittently connected or that make use of network bandwidth during off-peak hours, the system prescribes a distributed content sequencing engine and a distributed, synchronized user profile and station/channel definitions. The system is also designed to support players connected via unidirectional or asymmetric connections such as satellite radios with or without an upstream data link.

Abstract: Systems and methods are disclosed for providing devices capable of the reception and playback of one or more crafted media channels transmitted over an intermittent connection. An exemplary method of personalized rendering of media content includes receiving media files and file metadata defining attributes of the media files over a data link at a receiver. The method further includes executing, using a processor of the receiver, instructions stored in a memory of the receiver. The instructions cause the processor to store certain ones of the media files characterized by file metadata consistent with one or more channel profiles in the memory, remove certain of the ones of the media files stored within the memory, and sequence the ones of the media files stored within the memory for rendering based upon one or more of the channel profiles.

Abstract: Systems and methods for delivering personalized content streams over a variety of devices and networks are disclosed. A user's preferences, customizations, and content are made available to the user through specialized clients for home, car, office, and portable environments. In order to enable personalized content streams on devices that are intermittently connected or that make use of network bandwidth during off-peak hours, the system prescribes a distributed content sequencing engine and a distributed, synchronized user profile and station/channel definitions. The system is also designed to support players connected via unidirectional or asymmetric connections such as satellite radios with or without an upstream data link.

Abstract: A system, method, and machine-readable medium are disclosed for the controlled, non-real-time conveyance of digital content for playback. Digital content and associated metadata are marked, rated, categorized, and then converted into encoded digital data. The resulting encoded digital data is transmitted as a plurality of data streams through a communications facility such as a satellite, wireless, or physical network. The data streams are received by a content receiver where they are decoded into metadata and digital content for controlled conveyance and playback. A digital content management module comprising a content selection algorithm compares metadata associated with candidate digital content to a predetermined content selection profile. If the metadata matches predetermined selection parameters of the selection profile, the candidate digital content and its associated metadata are stored in a machine-readable medium for controlled conveyance and playback.

Abstract: Systems and methods are disclosed for providing devices capable of the reception and playback of one or more crafted media channels transmitted over an intermittent connection. The one or more channels may be customized by the end user to bias the programming towards individual tastes or moods. The channels may be delivered over an intermittent, unidirectional link, for example a Satellite Radio receiver in a home or car. Content may also be delivered over an intermittent, bidirectional link, for example to a portable media player via a wireless 802.11 or other networked connection.

Abstract: Systems and method for providing digital data signals in conjunction with multiple satellite transponders are described. An uplink apparatus is configured to divide and recombine the digital data signal to generate a composite signal. The composite signal is then provided to a satellite and retransmitted by a plurality of satellite transponders to a content receiver. The content receiver is configured to recombine the plurality of transponder signals to regenerate the digital data signal.

Abstract: Systems and methods for delivering personalized content streams over a variety of devices and networks are disclosed. A user's preferences, customizations, and content are made available to the user through specialized clients for home, car, office, and portable environments. In order to enable personalized content streams on devices that are intermittently connected or that make use of network bandwidth during off-peak hours, the system prescribes a distributed content sequencing engine and a distributed, synchronized user profile and station/channel definitions. The system is also designed to support players connected via unidirectional or asymmetric connections such as satellite radios with or without an upstream data link.

Abstract: A system and method for a satellite augmented wireless communication network is disclosed. The method includes transmitting at least a portion of digital data via a satellite communication network to a satellite signal receiving device, receiving the digital data by the satellite signal receiving device, and providing the received digital data to a wireless communication device, wherein the wireless communication device is operable in a wireless communication network and is communicatively coupled to the satellite receiving device. The system includes a wireless communication device operative in a wireless communication network comprising a plurality of terrestrial receivers and terrestrial transmitters, each serving a designated service region, and a satellite signal receiving device operative in a satellite communication network comprising a plurality of satellite and satellite transponders, wherein the satellite receiver is communicatively coupled with the wireless communication device.