Abstract: Techniques are described in which a video decoding mode is used to determine which regions of a picture need to be composed. If a region of a current picture is decoded in skip mode with the reference picture of the skip mode being a previous picture that is displayed immediately prior to the current picture, then pixel values for that region may not need to be retrieved from system memory.

Abstract: Methods and apparatus for displaying layers on a display of a computing device are disclosed. The method includes creating layers from graphical data and assigning a priority to each of the layers. The layers are displayed on the display of the computing device, and in a current draw cycle, any layers assigned an urgent priority are updated. In addition, updates are applied to layers near a touch area of the display and updates to other layers ae deferred until a predefined event occurs.

Abstract: The disclosure relates to a system including a set of subsystems sharing a voltage rail. The system includes a power controller configured to send messages, such as interrupts, to the subsystems concerning a change of state of a supply voltage on the voltage rail. Such messages may have been sent in response to requests and messages from the subsystems, respectively. In response to the messages, the subsystems may send requests to the power controller for different dynamic clock voltage scaling (DCVS) levels, respectively. In response to such requests, the power controller may set the supply voltage and frequencies of clock signals for the requesting subsystems, respectively.

Abstract: Techniques are described in which a video decoding mode is used to determine which regions of a picture need to be composed. If a region of a current picture is decoded in skip mode with the reference picture of the skip mode being a previous picture that is displayed immediately prior to the current picture, then pixel values for that region may not need to be retrieved from system memory.

Abstract: A device and method of decoding video data that includes decoding the video data to generate decoded video data of a current frame of the video data, and extracting an updated regions message from the decoded video data and determining updated region location information of the current frame based on the updated regions message. An updated region of the current frame is identified based on the updated region location information, the updated region being less than a total size of the current frame, and both the identified updated region and decoded video data of the current frame that has not been updated are transmitted for display of the current frame of the video data.

Abstract: Techniques are described for determining a region to be updated in a frame based on positional changes of one layer from frame-to-frame. The positional changes may be displacement of a layer or removal of a layer from one frame to the next. In addition to the information of the positional changes, the techniques also utilize all areas for which the image content changed, but the position did not, for determining the region to be updated.

Abstract: Improved techniques for streaming video quality analysis are described. In one embodiment, for example, an apparatus may comprise a processor element, an identification component for execution by the processor element to determine frame identifications for each of a set of tagged video frames based on frame identifiers contained in the tagged video frames, each frame identifier comprising multiple markers, each marker comprising a macroblock pattern corresponding to a symbol according to a frame identification scheme, and an analysis component for execution by the processor element to determine one or more quality metrics by comparing the set of tagged video frames with a set of reference video frames based on the frame identifications. Other embodiments are described and claimed.

Abstract: A method for display mirroring is described. The method includes computing an updating region size for one or more application layers of a screen image, the updating region area regions of interest being updated on the screen image less any overlap between the regions of interest. The method also includes determining that the updating region size plus a previous frame size is less than a frame buffer size. The method further includes determining that there are sufficient resources available to combine the previous frame with the updating region. The method additionally includes generating a current frame by combining the previous frame and the updating region. The method also includes sending the current frame to a mirrored display.

Abstract: Improved techniques for streaming video quality analysis are described. In one embodiment, for example, an apparatus may comprise a processor element, an identification component for execution by the processor element to determine frame identifications for each of a set of tagged video frames based on frame identifiers contained in the tagged video frames, each frame identifier comprising multiple markers, each marker comprising a macroblock pattern corresponding to a symbol according to a frame identification scheme, and an analysis component for execution by the processor element to determine one or more quality metrics by comparing the set of tagged video frames with a set of reference video frames based on the frame identifications. Other embodiments are described and claimed.