Abstract: A method of presenting program data in a multiple zones of a home entertainment system using a wireless home entertainment hub includes obtaining a registration of a plurality of source device and sink devices at the wireless home entertainment hub. An assignment of a zone corresponding to each sink device of the plurality of sink devices is stored. A first selection of a first source device and a first zone for presentation of a first set of program data from the first source device is received. A first instruction to the first source device to transmit the first set of program data is transmitted, and a second instruction to a first subset of sink devices in the first zone to receive program data from the first source device is transmitted.

Abstract: Main job production progress is monitored so that sample copies of parts of the main job that are designated critical or representative of the job as a whole can be produced on a regular interrupting basis. The samples are used to monitor production quality. Digital printing system modules are arranged and configured to provide a sample job destination separate from the main job destination.

Abstract: A method to program a printer includes initiating a save conflict mode and saving a user defined conflict by either storing print job attributes in a conflict list while in the save conflict mode or storing at least one of a policy, a capability and a constraint based on the print job attributes while in the save conflict mode. One method to use a printer that has been so programmed includes receiving from a user at least one job attribute that causes a conflict, checking the at least one received job attribute against the stored print job attributes, determining whether a conflict condition exists, and displaying a conflict message when the conflict condition is determined to exist.

Abstract: The concept of a document assembly tree is extended to include in nodes, such as a node describing a sheet 330 or a node describing a compilation 342, a sample interval specification. The sample interval specification is interpreted as a request to produce sample copies of the part of a job described by the node every time the sample interval specified in the node has transpired. Digital printing system modules are arranged and configured to provide a sample job destination 39 separate from the main job destination.

Abstract: An image reproduction system enables an operator to switch between different sets of finishing instructions by switching a shadow job ticket between an active state and an inactive state. Ticket management software assembles a composite job ticket having finishing instructions and provides those instructions to a printer. If the shadow job ticket is in its active state, finishing instructions from a base job ticket are superceded by corresponding instructions from the shadow job ticket. If the shadow job ticket is in its inactive state, the ticket management software assembles a composite job ticket without using the shadow job ticket.

Abstract: A television signal substitution system that replaces standard video segments with selected replacement portions. Video segments such as advertisements are detected using techniques such as fingerprinting or manual detection. The detected video segment is replaced with a selected replacement portion and output to an output device.

Abstract: A digital printing system (10) includes a method to request and receive customized job status information. A document assembly tree (300) is extended to include the ability to enter status report frequency specifications at a compilation node (310), or at any other node, such as an intermediate sheet node (330) or sub-compilation node (342). The method consumes less control bus (31) bandwidth than other systems by providing only the required information at a configurable interval.

Abstract: A method to print images on media sheets prints test patterns in an interrupt mode while printing the main job in a regular mode. The method includes marking a first group of images on a corresponding first group of sheets, marking a test pattern on a first test pattern sheet, marking a second group of images on a corresponding second group of sheets, delivering the first test pattern sheet to a sample tray, and passing the first and second groups of sheets to a finishing module. In a varient, the first test pattern sheet follows the first group of sheets in a sequence, the second group of sheets follows the first test pattern sheet in a sequence, and the second group of images follows the first group of images in a sequence.