Ibiquity Digital Corporation

Girish Warrier

Joseph F D'Angelo

Chinmay M Shah

Armond Capparelli

Jordan Scott

Ashwini Pahuja

Harvey Chalmers

Russell Iannuzzelli

Steven Andrew Johnson

Jeffrey Ranken Detweiler

Kun Wang

Marek Milbar

Stephen Douglas Mattson

Muthu Gopal Balasubramanian

Joseph P Haggerty

Christopher R Gould

Michael R Raide

Albert D Shuldiner

Bei Li

Lia Meller

Joseph D'angelo

A method for receiving and processing a digital radio broadcasting signal includes: receiving a digital radio broadcasting signal including encoded content in a first format; processing the encoded content to convert the encoded content into a second format; storing the encoded content in a second format; and decoding the stored encoded content to recover decoded content. A receiver that implements the method is also provided.

Method and apparatus for store and replay functions in a digital radio broadcasting receiver

Methods and systems for preparing data for broadcast via digital radio broadcast transmission is disclosed comprising the steps of receiving a plurality of content files corresponding to programming information for program content to be broadcast; receiving an index file having a pointer for each of the plurality of content files, wherein the index file is associated with a first logical address; storing the index file and the plurality of content files; scheduling a broadcast rotation of the index file and the plurality of content files (wherein the index file is scheduled for repeated transmission intermittently relative to selected ones of the content files); and transmitting the index file and the plurality of content files to an importer in accordance with the broadcast rotation.

Systems and methods for communicating and rendering electronic program guide information via digital radio broadcast transmission

Systems, methods, and processor readable media are disclosed for scheduling and delivering content for digital radio broadcast transmission. To overcome the inefficiencies of conventional scheduling and delivery techniques, the present disclosure describes a novel multiport synchronous-asynchronous client for receiving content from multiple sources and then scheduling and delivering that content to an importer.

Systems and methods for a multiport synchronous-asynchronous client for scheduling and delivering content for digital radio broadcast transmission

A method for receiving and processing a digital radio broadcasting signal includes: receiving a digital radio broadcasting signal comprised of two or more multicast contents, playing a first one of the multicast contents, and concurrently storing a second one of the multicast contents. A receiver that implements the method is also provided.

Systems, methods, and processor readable media are disclosed for encoding and transmitting first media content, second media content and triggering instructions to a digital radio broadcast receiver such that the triggering instructions arrive for immediate execution to trigger immediate rendering of the second media content in synchronization with the first media content.

Systems and methods for transmitting media content via digital radio broadcast transmission for synchronized rendering by a receiver

A method is provided for receiving and processing a digital radio broadcasting signal. The method includes the steps of receiving a digital radio broadcasting signal including content, storing encoded content, and decoding the stored encoded content to recover decoded content. The stored encoded content can include protocol data units or packets. The stored encoded content can be recovered by decoding the encoded content according to a logical protocol stack.

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Edison, NJ, United States of America

Girish Warrier