Abstract: The method for storing streaming media includes receiving, from a user device, a request to navigate to a requested time of a media stream. The method also includes determining whether a block of media segments that have a time interval that overlaps with the requested time is stored at the server. The method also includes retrieving the block of media segments from long-term memory in accordance with a determination that the block of media segments is not stored at the server. The method also includes traversing the block of media segments that have a time interval that overlaps with the requested time of the media stream to seek and identify a media segment corresponding to the requested time of the media stream. The method also includes streaming a media stream to the user device that begins at the media segment corresponding to the requested time of the media stream.

Abstract: Methods and apparatus relating to determining and using a normalized in progress program indicator that can be used for resuming content playback are described. In some embodiments the normalized in progress program indicator, also referred to as a normalized in progress program time, indicates a portion, e.g., fraction, of a program which has been viewed. The normalized in progress time is generated by determining an in progress program point after excluding the time of advertisements that may have been included in a content stream with the program. A user may begin watching a program on one device and resume playback of a different version of the same program on another playback device with the normalization process allowing for the playback starting point to be easily determined whether the same or a different version, with a different duration, of the program is played back.

Abstract: Methods and apparatus relating to determining and using a normalized in progress program indicator that can be used for resuming content playback are described. In some embodiments the normalized in progress program indicator, also referred to as a normalized in progress program time, indicates a portion, e.g., fraction, of a program which has been viewed. The normalized in progress time is generated by determining an in progress program point after excluding the time of advertisements that may have been included in a content stream with the program. A user may begin watching a program on one device and resume playback of a different version of the same program on another playback device with the normalization process allowing for the playback starting point to be easily determined whether the same or a different version, with a different duration, of the program is played back.

Abstract: Methods and apparatus relating to determining and using a normalized in progress program indicator that can be used for resuming content playback are described. In some embodiments the normalized in progress program indicator, also referred to as a normalized in progress program time, indicates a portion, e.g., fraction, of a program which has been viewed. The normalized in progress time is generated by determining an in progress program point after excluding the time of advertisements that may have been included in a content stream with the program. A user may begin watching a program on one device and resume playback of a different version of the same program on another playback device with the normalization process allowing for the playback starting point to be easily determined whether the same or a different version, with a different duration, of the program is played back.

Abstract: A system and method for resolving scheduling conflicts in multi-tuner devices. A multi-tuner device generates an interactive graphical display representing a current schedule for tuner usage. A user may identify a program for viewing or recording and conditionally reserve a tuner to provide the requested service. The multi-tuner device identifies any scheduling conflicts arising from the requested service and provides an updated graphical display showing a new schedule for tuner usage, which schedule is subject to selection by the requesting user. Upon selection of the new schedule, the new schedule becomes the current schedule.

Abstract: A system and method for resolving scheduling conflicts in multi-tuner devices. A multi-tuner device generates an interactive graphical display representing a current schedule for tuner usage. A user may identify a program for viewing or recording and conditionally reserve a tuner to provide the requested service. The multi-tuner device identifies any scheduling conflicts arising from the requested service and provides an updated graphical display showing a new schedule for tuner usage, which schedule is subjet to selection by the requesting user. Upon selection of the new schedule, the new schedule becomes the current schedule.

Abstract: A favorites list of program channels which a cable TV user likely prefers is generated automatically from which the user may select a program channel to watch. Each program channel in the favorites list is identified based on a measure of the duration in which the program channel is continuously tuned to. In an embodiment, this measure varies nonlinearly with such a duration. The favorites list may further comprise sublists of program channels which may correspond to different periods of a day, week, etc. The favorites list may be generated from programs watched on multiple viewing devices.

Abstract: A favorites list of program channels which a cable TV user likely prefers is generated automatically from which the user may select a program channel to watch. Each program channel in the favorites list is identified based on a measure of the duration in which the program channel is continuously tuned to. In an embodiment, this measure varies nonlinearly with such a duration. The favorites list may further comprise sublists of program channels which may correspond to different periods of a day, week, etc. The favorites list may be generated from programs watched on multiple viewing devices.

Abstract: A favorites list of program channels which a cable TV user likely prefers is generated automatically, from which the user may select a program channel to watch. Each program channel in the favorites list is identified based on a measure of the duration in which the program channel is continuously tuned to. In an embodiment, this measure varies nonlinearly with such a duration. The favorites list may further comprise sublists of program channels which may correspond to different periods of a day, week, etc.

Abstract: A favorites list of program channels which a cable TV user likely prefers is generated automatically, from which the user may select a program channel to watch. Each program channel in the favorites list is identified based on a measure of the duration in which the program channel is continuously tuned to. In an embodiment, this measure varies nonlinearly with such a duration. The favorites list may further comprise sublists of program channels which may correspond to different periods of a day, week, etc.