Echostar Technologies Corporation

Dish Technologies L.l.c.

Michael Cavanaugh

Yunfeng Yang

Mark Templeman

Seth Byerley

Manuel Novoa, Iii

Jay P Carlson

Rui Ding

Danny Jean Minnick

William Norris Moran

John D Hamrick, Jr

Steven Michael Casagrande

Jason Anguiano

Dan J Minnick

Anand Menon

Dan Minnick

Manuel Iii Novoa

John D Hamrick

John D Hamrick Jr

Iii Manuel Novoa

A method and apparatus for improved digital recording and presentation of broadcast information is disclosed. Received broadcast data, which may include video, audio, private, or other data, relating to one or more particular content programs, is presented from an input section to a buffer and recorded directly onto a storage device without any intelligent parsing, such as indexing, and without any manipulation by intermediate hardware or software functions. Upon normal presentation, statistics may be generated to determine the ideal number of frames to skip, the number of bytes to seek, and the size of data files to read from the storage device during time-shifted presentation. Algorithms and processes are provided to dynamically optimize time-shifted presentation. In this way, data may be captured to the storage device more efficiently and economically, and the time-shifted presentation operations may be performed in a smoother, more nuanced manner with the application of appropriate probabilistic algorithms.

Method and apparatus for receiving, storing, and presenting multimedia programming without indexing prior to storage

A method of automatically selecting between a first video programming channel and a second video programming channel in a video content receiver is presented. In the method, the receiver receives video programming carried over at least one of the first channel and the second channel, as well as scheduling information regarding the two channels. The receiver also receives a channel selection for one of the two channels, such as from a user. In response to the channel selection, the receiver compares the scheduling information for the first channel to a current time value. If the scheduling information indicates the first channel is not currently carrying video programming that is available for presentation to the user, the receiver selects the second channel for presentation to the user; otherwise, the receiver selects the first channel.

Automatic selection of video programming channel based on scheduling information

A receiving device receives one or more signals, each signal including transponder identifying information. The receiving device processes the transponder identifying information to determine which signals are receivable by the receiving device. Based upon the receivable signals, the receiving device modifies its operational behavior accordingly.

Apparatus and methods for modifying an operational behavior of a receiving device

A method and apparatus for improved digital recording and presentation of broadcast information is disclosed. Received broadcast data, which may include video, audio, private, or other data, relating to one or more particular content programs, is presented from an input section to a buffer and recorded directly onto a storage device without any intelligent parsing, such as indexing, and without any manipulation by intermediate hardware or software functions. Upon normal presentation, statistics are generated to determine the ideal number of frames to skip, the number of bytes to seek, and the size of data files to read from storage during time-shifted presentation. Algorithms and processes are provided to dynamically optimize time-shifted presentation. In this way, data may be captured to the storage device more efficiently and economically, and the time-shifted presentation operations can easily be performed in a smoother, more nuanced manner with the application of appropriate probabilistic algorithms.

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Englewood, CO, United States of America

Michael Cavanaugh