Abstract: Systems and methods for configuring, identifying, and selecting a desired display device of one or more display devices for multimedia output are provided. In one embodiment, a spatial orientation, display device identifier, and one or more connectivity identifiers are associated with each of one or more display devices. The associated data for each of the one or more display devices is stored in as configuration data in a configuration database for subsequent use in selecting a desired display device.

Abstract: An interactive and custom support kiosk is disclosed. In one embodiment, a kiosk is provided including a user attribute identification system and a region-specific linkage. The user attribute identification system may be a user language identification system where the user's preferred language may be detected. With detection of a user's preferred language, the kiosk may display a language-customized display with customized features based on the identified language. In some embodiments, the customized features may include a language-based experience format similar to a user's experience which would be expected in the user's home geography. In some examples, a second level of interaction may be provided wherein the user may be connected to a region-specific operator. The operator may provide immediate live help or assistance through the kiosk. In addition, security controls may be provided with the interactive language and custom support kiosk.

Abstract: A method of licensing software to a particular instance of a virtual machine that is being run as part of an Active Directory domain. Since a virtual machine is a simulation of a physical machine, i.e. a computer, it can easily be cloned to produce an exact duplicate. This poses a problem when it is desired to license an instance of software for use only on a particular virtual machine. The technology disclosed allows for software to be licensed for execution only on a particular instance of a virtual machine that is being run as part of an Active Directory domain.

Abstract: The technology disclosed relates to enabling smooth transitioning between compressed video streams. In particular, it relates to scheduling transitions between compressed video streams to be shown in an area of a display such that while decoding, decompressing and buffering a first video stream for display, commencing decoding, decompressing and buffering of a second video stream at a predetermined time before a scheduled showing of the second video stream. It further relates to switching buffers between display of the first and second video streams at the scheduled showing of the second video stream, which results in immediate display of the second video stream without delay. In one implementation, switching between the buffers for the first and second video streams includes modifying z-ordering of display layers corresponding to the first and second video streams.

Abstract: A method and system for gracefully reducing demands for shared decompression resources required to present multiple video streams concurrently such that their streaming video content is simultaneously available for further processing or display. In particular, it relates to the use of presentation time stamps for incoming frames with reference to a time base clock and a threshold to determine if the decompression resources are falling behind in their ability to process incoming frames in real time. If this occurs then frames are dropped, i.e. discarded without being decompressed, with preference given to dropping incremental frames rather than key frames.

Abstract: The technology disclosed further relates to distribution of live streaming sources during a video collaboration session. In particular, it relates to receiving or placing an outside call from or to at least one remote limited participant to be joined with an ongoing video collaboration session on a display wall that combines multiple live streaming sources, locating a template that identifies at least one live streaming source selected from the ongoing video collaboration session to transmit to the remote limited participant, and causing a copy of the selected live streaming source to be directed to the remote limited participant upon connection to the ongoing video collaboration session.

Abstract: An audiovisual signal is converted from a native format to a digital, packetized interchange format and transported between a capture node and a display node through a switch. The display node converts the audiovisual signal from the interchange format to a displayable format and causes display of the audiovisual signal. The use of a switch for video routing and distribution allows one-to-one, one-to-many, many-to-one, and many-to-many distribution. The use of a device-independent interchange format allows concurrent distribution of multiple heterogeneous audiovisual signals.

Abstract: The technology disclosed solves the technical problem of incorporating live streaming sources into a video conference. In particular, the technology disclosed relates to pre-registering live streaming sources as pseudo-participants to optionally include in a video conference and causing the live streaming source represented by the pseudo-participant to be streamed to participants in the video conference without relay from one participant to another participant. The technology disclosed also relates to solving the technical problem of controlling a video conferencing interface during a video conference by allowing attendees of a video conference to configure a video interface template that includes areas to display participants and pseudo-participants live streaming sources.

Abstract: Systems and methods for identifying and selecting a desired display device of one or more display devices for multimedia output are provided. In one embodiment, a respective identifying spatial orientation and one or more connectivity identifiers are associated with each of one or more display devices. A respective selecting spatial orientation is then received. The respective selecting spatial orientation is matched to the respective identifying spatial orientation to thereby determine the desired display device from the one or more display devices. Multimedia content is then routed from a source device to the desired display device via one of the one or more associated connectivity identifiers.

Abstract: Systems and methods for identifying and selecting a desired display device of one or more display devices for multimedia output are provided. In one embodiment, a respective identifying spatial orientation and one or more connectivity identifiers are associated with each of one or more display devices. A respective selecting spatial orientation is then received. The respective selecting spatial orientation is matched to the respective identifying spatial orientation to thereby determine the desired display device from the one or more display devices. Multimedia content is then routed from a source device to the desired display device via one of the one or more associated connectivity identifiers.

Abstract: Systems and methods are provided for an interactive and collaborative computing device. One example device enables users to establish a communicative link with the interactive and collaborative computing device such that each user may view and share information whether in a local or remote interactive and collaborative environment. The systems and methods described herein further provide a way for users to annotate content displayed on the interactive and collaborative computing device by providing annotative input via another computing device.

Abstract: The wide angle lens system described herein allows projection devices (e.g., rear projection display devices) to be more compact than would otherwise be possible. The lens system includes a wide angle lens stage and a relay lens stage. When operating as a projection device, the relay lens stage projects a distorted intermediate image to the wide angle lens stage, which projects the image for display. The distortion cause by the relay lens stage compensates (i.e., is approximately equal and opposite) for the distortion caused by the wide angle stage. The distortion can be the image shape and/or the focal plane. When operating as a taking device, the wide angle stage provides a distorted image to the relay lens stage, which compensates for the distortion and provide a less distorted, or even non-distorted image, for capture.

Abstract: Embodiments of the present invention include a method, apparatus, and system for a mirror assembly sequentially optically coupling a plurality of light sources to downstream projection components. Other embodiments may be described and claimed.

Abstract: A projector, a projection system and a user interface are disclosed. An example projection system may include a projection device adapted to project an image. A user interface may be used in communication with the projection device and may be configured to control a number of projector settings of the projection device. The user interface may be configured to simultaneously display a first level menu item and a list of second level menu items within a second highlighting outline. Display of the list of second level menu items may be invoked by a selection of the first level menu item.

Abstract: A projection device configured to removably receive a portable data storage device having a plurality of files stored thereon, including: projection electronics to generate a projected image, an image viewer source operatively coupled to the projection electronics, and computer-readable data storage having instructions therein that when executed by the image viewer source: identify files that are displayable by the projection device from the plurality of files stored on the portable data storage device; and generate a projectable user interface to view at least one identified file, the projectable user interface having a thumbnail view including a list of folder thumbnails representative of folders containing displayable files stored on the portable data storage device and image thumbnails representative of displayable files stored on the portable data storage device, and a slideshow view including a full-sized image of a specified image thumbnail.

Abstract: A projection device is provided. The projection device includes a server subsystem configured to generate a projection-device-status user interface presentable to a remote client via a webpage served by the server subsystem. The server subsystem includes: a projection control module configured to adjust a projection setting of the projection device based on control input received from the remote client via the projection-device-status user interface, and a task scheduling module configured to schedule a projection device operation control task to be performed at a scheduled event specified by scheduling input received from the remote client via the projection-device-status user interface, and to automatically initiate the projection device operation control task responsive to occurrence of the scheduled event.

Abstract: Systems and methods for an illuminating status indicator for an image display device are provided. In one example, an image display device is provided including a light source, an image generating element configured to receive light from the light source, and in response, generate an image, a projection lens configured to display the image on a viewing surface, and an illuminated status indicator configured to visually indicate a status of the image display device and extending at least partially around the projection lens. The example image display device further may include a control system in communication with the light source, the image generating element, and the illuminated status indicator and a housing comprised of a plurality of faces, where the housing encloses the light source, the image generating element, and the control system and where the illuminated status indicator is viewable by a user when the user is looking at a face of the housing.

Abstract: An image display device is provided with a cord organizing apparatus. The image display device includes a housing enclosing electronic componentry, a plurality of analog, digital, or power cords coupled to and extending from the electronic componentry, and a cord organizing apparatus coupled to the housing. The cord organizing apparatus includes a plurality of teeth and at least a first tooth opening and a second tooth opening sized to removably retain the cords.

Abstract: A real-time messaging system for an image display device is provided. One disclosed embodiment includes an image display device including a light source and an image-generation device configured to receive light from the light source, and in response, generate an image. The image display device may further include a projection lens configured to display the image on a viewing surface. The image display device may also include memory and a processor operatively coupled with the memory to receive a command message sent to a select group of image display devices in real-time via a network, and upon recognizing the command message, display an alert image.

Abstract: A driver circuit is designed employing a current sensing circuit adapted to sense driving current being supplied to one or more light emitting devices. The driver circuit additionally employs a pulse width modulation circuit adapted to modulate a pulse width of a control signal based at least in part on an output of the current sensing circuit, the control signal being employed to adjust the driving current being supplied to the one or more light emitting devices. The driver circuit additionally employs a buck converter adapted to switch the driving current being supplied to the one or more light emitting devices.