Abstract:
The present invention describes a display system. The display system includes a display, the display including a display screen capable of operating in a transparent mode; a lighting characteristic assessment component for determining the lighting characteristics of the content on the display screen and the lighting characteristics behind the display screen; and an adaptive lighting control component for controlling of an at least one lighting source and the lighting characteristics of the content on the display screen, wherein based on a comparison of the lighting characteristics of the content on the display screen and the lighting characteristics behind the display screen, modifying at least one of the lighting characteristics of the content on the display screen or the lighting characteristics of the at least one lighting source.
Abstract:
A device to detect a portable device associated with a user accessing an accessible region of the device with a sensor, identify the portable device and log the user into the device with a profile of the user if the accessible region is accessed by the portable device, and generate a session on the device based on the profile of the user.
Abstract:
A control mechanism includes a housing that is moveable from a first position to a second position. The housing includes a display area. The movement of the housing from the first position to the second position is detected. A first image is displayed on a display screen responsive to detection of the movement of the housing from the first position to the second position. At least a portion of the first image is optically transmitted from the display screen to the display area via an optical coupling system for display in the display area of the housing.
Abstract:
A display-camera system includes a liquid crystal panel having a screen side and a back side that is opposed to the screen side. A visible light camera is positioned a first spaced distance from the back side such that a field of view of the camera encompasses all or a fraction of an area of the liquid crystal panel. A visible light source is positioned a second spaced distance from the back side and outside of the field of view of the camera. A diffuser is positioned between the visible light source and the back side.
Abstract:
The present invention provides a method (500) executed on a processor for providing object information about an object in proximity to a display screen. The method includes the step of determining whether an at least first object is located within a proximal distance of the first surface of the display screen based on information provided by a depth camera (step 510). The method also includes the step of determining whether the at least first object has physically contacted a first surface of the display screen based on information provided by a physical contact sensing component (step 520). The information about (1) the proximal distance of the at least first object from the screen and (2) whether the at least first object has physically contacted the display surface of the screen to provide proximal event information and based on the information provided, it is determining whether the user interface should be modified (step 560).
Abstract:
The user interface element presence indication control component 102 comprising: a user interface presence indication component 106a-n for providing user interface information to n sites (110a-n) participating in a video conferencing session wherein the n sites (110a-110n) include a display (120a-120n) for displaying video and content, wherein for each remote site sharing the user interface element, the user interface element is displayed at each of the remote sharing sites, wherein for each of the remote sites that are not sharing the user interface element, a corresponding user interface element presence indicator 132a-n is displayed at each of the remote non-sharing sites.
Abstract:
A user interface for displaying content, a user interface being comprised of n workspace boards 110a-n. Each workspace board has an area defined by a first edge 112a-n and a second edge 114a-n. Each workspace board has board availability indicator 120a-n. Each workspace board area is capable of being moved on and off of a display screen 124. When the workspace board area is moved off of the display screen—the board availability indicator associated with the workspace board remains on the display screen. When the workspace board area is off of the display screen, movement of the board availability indicator associated with the off screen workspace board moves the launch location of the workspace board.
Abstract:
A display-camera system includes a liquid crystal display panel, a camera, a switchable diffuser disposed between the liquid crystal display panel and the camera, a light source, and a control unit to switch the liquid crystal display panel and the switchable diffuser to transparent, to switch the light source to off, and to cause the camera to capture an image through the liquid crystal display panel and the switchable diffuser while the liquid crystal display panel and the switchable diffuser are transparent and the light source is off.
Abstract:
Methods and systems for using portable electronic devices in video conferences are disclosed. In one aspect, a method receives each remote participant's audio data stream and at least one video stream over a network and arranges the video streams in a data structure that describes the location of each video stream's associated viewing area within a virtual meeting space. The method blends audio streams into a combined audio of the remote participants. The method presents at least one viewing area on the portable device display to be viewed by the local participant, and changes the at least one viewing area to be presented on the portable device display based on cues provided by the operator.
Abstract:
The present invention describes a display system that includes a display, including a display screen; a viewpoint assessment component to determine a viewpoint of a user positioned in front the display screen; and an object tracking component to track the user manipulation of an object positioned behind the display screen.