Abstract: A method and system to illuminate data related to an application, has been described. Initially a data analyzer at an application is installed. Next the installed data analyzer analyzes the data related to the application. Finally based on the analysis, the data is categorized in one or more of a plurality of categories.

Abstract: A training system is disclosed here for training a user in a predefined operation to make a best decision in a predefined operation. A first storage module stores a first log of the decisions made by the skilled users during the predefined operation. A first pre-processing module is in communication with the first storage module to pre-process the first log to generate a first multi-dimensional image array of the predefined operation. A training module trains a model based on the first multi-dimensional image array to generate a skilled strategy model. A second storage module stores a second log of decisions made by the user in the predefined operation and pre-processes the second log to generate a second multi-dimensional image array. A comparison module compares the second multi-dimensional image array with the skilled strategy model to generate a prediction of the best decision to be made by the user.

Abstract: A method and system to illuminate data related to an application, has been described. Initially a data analyzer at an application is installed. Next the installed data analyzer analyzes the data related to the application. Finally based on the analysis, the data is categorized in one or more of a plurality of categories.

Abstract: A source device comprises a memory to store video data and one or more processors, wherein the one or more processors are configured to obtain encoded video data for a frame of video data; output, via a display interface for the source device and for display at a display device, a predefined frame for the frame of video data; and send, to a sink device via a wireless communication channel, the encoded video data for display at a display device associated with the sink device.

Abstract: Dynamic control of transport protocols utilized in the streaming of media content based in part on the type of content, latency requirements, network conditions and/or device capabilities is described. The techniques provide a source device to dynamically switch between User Datagram Protocol (UDP) and Transmission Control Protocol (TCP) to stream media content to a sink device. For example, during a Wi-Fi peer-to-peer remote display session associated with real-time media content (e.g., live streaming sporting event, or gaming applications), the source device may utilize Real-time Transport Protocol (RTP) over UDP to transmit the media stream to the sink device. Conversely, when the media content is not latency critical, such as playback of stored media (e.g., movie), the source device may dynamically switch to RTP over TCP in order to provide reliable data transmission.

Abstract: A source device comprises a memory to store video data and one or more processors, wherein the one or more processors are configured to obtain encoded video data for a frame of video data; output, via a display interface for the source device and for display at a display device, a predefined frame for the frame of video data; and send, to a sink device via a wireless communication channel, the encoded video data for display at a display device associated with the sink device.

Abstract: Dynamic control of transport protocols utilized in the streaming of media content based in part on the type of content, latency requirements, network conditions and/or device capabilities is described. The techniques provide a source device to dynamically switch between User Datagram Protocol (UDP) and Transmission Control Protocol (TCP) to stream media content to a sink device. For example, during a Wi-Fi peer-to-peer remote display session associated with real-time media content (e.g., live streaming sporting event, or gaming applications), the source device may utilize Real-time Transport Protocol (RTP) over UDP to transmit the media stream to the sink device. Conversely, when the media content is not latency critical, such as playback of stored media (e.g., movie), the source device may dynamically switch to RTP over TCP in order to provide reliable data transmission.

Abstract: Techniques are provided for monitoring the state or status of virtual data centers. In one embodiment, a method includes receiving state information representing the state of hardware devices supporting instantiations of virtual data centers operating within a physical data center. The state information is mapped to hardware devices supporting a selected instantiation of a virtual data center to identify state information for the selected instantiation of a virtual data center. An assessment is then made, based on the state information for the selected instantiation of a virtual data center, regarding a degree to which the selected instantiation of a virtual data center is operating in accordance with predetermined policy. A user is then notified of the assessment via, e.g., a color-coded dashboard representation of the selected instantiation of a virtual data center or a color-coded aspect of the selected instantiation of a virtual data center.