Abstract: Examples disclosed herein relate to an interactive display. Motion of an input device on a display screen is tracked and pixels of the display screen that have changed based on the tracked motion are updated. Portions of the display screen corresponding to the updated pixels are refreshed.

Abstract: Examples disclosed herein relate to an interactive display. Motion of an input device on a display screen is tracked and pixels of the display screen that have changed based on the tracked motion are updated. Portions of the display screen corresponding to the updated pixels are refreshed.

Abstract: An automatically-configurable video system having multiple video sources. Upon system power-up, if an external video signal is present, it is automatically routed to a display. If it is not present, and if a graphics subsystem video signal is present, that signal is automatically routed to the display, and if the graphics subsystem video signal is also not present, a video signal from a primary video subsystem is routed to the display.

Abstract: In one embodiment, a display device comprises a graphics interface, an image processing system, an input device coupled to the image processing system to receive a screen capture signal and transmit the screen capture signal to the image processing system, and a storage subsystem coupled to the image processing system to store, in response to the screen capture signal, screen capture data generated by the image processing system.

Abstract: A computing system comprising a module configured to receive an indication to enter a quiet operating mode and, in response to the request, maintain power consumption of at least one element of the computing system at a reduced level while enabling use of the computing system in the quiet operating mode.

Abstract: In one embodiment, a display device comprises a graphics interface, an image processing system, an input device coupled to the image processing system to receive a screen capture signal and transmit the screen capture signal to the image processing system, and a storage subsystem coupled to the image processing system to store, in response to the screen capture signal, screen capture data generated by the image processing system.

Abstract: A node of a network for generating image frames comprising a graphics device operable to generate a viewable data set and a non-viewable data set representative of a three-dimensional image frame, and a first output interface operable to transmit the non-viewable data set is provided. A network for generating image frames comprising a plurality of rendering nodes operable to respectively generate a viewable data set and a non-viewable data set, and further operable to transmit the viewable and non-viewable data sets, and a compositor interconnected with the plurality of rendering nodes and operable to respectively receive the viewable and non-viewable data sets from the plurality of rendering nodes and operable to assemble a composite image from the viewable and non-viewable data sets is provided.

Abstract: A dynamic recovery system comprises a plurality of render nodes each adapted to render data received from a master node. Each of the render nodes is further adapted to receive a render command from the master node indicating a portion of the data to be rendered by the corresponding render node. The system also comprises a control application coupled to each of the render nodes and adapted to automatically reallocate the portion of the data rendered by at least one of the render nodes among a remaining portion of the render nodes in response to an event corresponding to the at least one render node.