Abstract: Described herein are systems and methods for maintaining color calibration using common objects. In an exemplary embodiment, an AR system includes a forward-facing camera, an AR display, a processor, and a user interface. The processor is configured to receive image data from the forward-facing camera and identify any known objects depicted in the image data. The processor then determines RGB information at least one test rendering of the identified known object and displays it via the AR display. Input from a user interface, indicating which of the at least one test renderings was a closest match to the real-world object, and a level of satisfaction with the match are received by the processor and used to update an AR display color calibration model. More test renderings may be iteratively provided to improve the accuracy of the calibration.

Abstract: Described herein are systems and methods for maintaining color calibration using common objects. In an exemplary embodiment, an AR system includes a forward-facing camera, an AR display, a processor, and a user interface. The processor is configured to receive image data from the forward-facing camera and identify any known objects depicted in the image data. The processor then determines RGB information at least one test rendering of the identified known object and displays it via the AR display. Input from a user interface, indicating which of the at least one test renderings was a closest match to the real-world object, and a level of satisfaction with the match are received by the processor and used to update an AR display color calibration model. More test renderings may be iteratively provided to improve the accuracy of the calibration.

Abstract: Described herein are systems and methods for maintaining color calibration using common objects. In an exemplary embodiment, an AR system includes a forward-facing camera, an AR display, a processor, and a user interface. The processor is configured to receive image data from the forward-facing camera and identify any known objects depicted in the image data. The processor then determines RGB information at least one test rendering of the identified known object and displays it via the AR display. Input from a user interface, indicating which of the at least one test renderings was a closest match to the real-world object, and a level of satisfaction with the match are received by the processor and used to update an AR display color calibration model. More test renderings may be iteratively provided to improve the accuracy of the calibration.

Abstract: A method of presenting program content to a user moving in a multiple zone home entertainment system using a wireless home entertainment hub comprises causing program content to be presented to a user using a first set of sink devices in a first zone, where each sink device of the first set of sink devices is registered with the wireless home entertainment hub. An indication that the user is in a second zone of the home entertainment system is received. The program content is caused to be presented to the user using a second set of sink devices in the second zone, where each sink device of the second set of sink devices is registered with the wireless home entertainment hub.

Abstract: A method of managing a power state of devices in a home entertainment system using a wireless home entertainment hub comprises obtaining a registration of a plurality of devices, where the plurality of devices includes at least one sink device and at least one source device. A selection of one of the source devices is received for presentation of program content to a user in the home entertainment system. A subset of the at least one sink device is determined for presentation of the program content to the user based on the selection of the source device. Each sink device in the subset of the at least one sink device is ensured to be active.

Abstract: A method of managing a power state of devices in a home entertainment system using a wireless home entertainment hub comprises obtaining a registration of a plurality of devices, where the plurality of devices includes at least one sink device and at least one source device. A selection of one of the source devices is received for presentation of program content to a user in the home entertainment system. A subset of the at least one sink device is determined for presentation of the program content to the user based on the selection of the source device. Each sink device in the subset of the at least one sink device is ensured to be active.

Abstract: A search engine is provided which responds to a user's queries by generating and presenting a graphed result. In addition to the graphed data, the user is provided with advertisement data which is related to the query information and/or to the nature of the data itself. One aspect of the invention selects advertisements to be displayed based on trends determined from the data presented on the graph.

Abstract: A system and method are described for using the video switching capabilities of a first video switching device to select one of a plurality of distinguishable probe signals. The selected probe signal is detected and a corresponding control signal for a second video switching device is generated. In one embodiment of the present invention, the analog video switching capabilities of an audio-video receiver are used to select one of the probe signals. Said embodiment then detects which probe signal was passed, generates an appropriate control signal, and transmits it to a device capable of switching both analog and digital video, like a digital television or a DVI- or HDMI-capable switcher.