Abstract: A method and apparatus of improving the quality of graphic and/or audio information, such as a video clip, transmitted over a network is provided. In one particular embodiment, a network client requests multiple downloads of a video clip stored on the network server. In response to each request, the network server compresses the video clip and transmits the compressed data in a scalable bitstream. The video clip includes an audio channel which occupies a first portion of the available bandwidth, and a video channel which occupies a second portion of the available bandwidth. Upon receipt of each download, the network client stores the audio and video data in cache. The network client combines the data from each download in the cache prior to displaying the video clip in a web browser program.

Abstract: A method and apparatus of improving the quality of graphic and/or audio information, such as a video clip, transmitted over a network is provided. In one particular embodiment, a network client requests multiple downloads of a video clip stored on the network server. In response to each request, the network server compresses the video clip and transmits the compressed data in a scalable bitstream. The video clip includes an audio channel which occupies a first portion of the available bandwidth, and a video channel which occupies a second portion of the available bandwidth. Upon receipt of each download, the network client stores the audio and video data in cache. The network client combines the data from each download in the cache prior to displaying the video clip in a web browser program.

Abstract: A method and apparatus of transmitting time critical messages over a network is provided. Data which has minimal bandwidth requirements, such as data packets utilized in applications such as twitch games, is received or generated in a network device. The data is classified as minimal bandwidth data and prioritized relative to other data for transmission before the other data. The data is then transmitted by the device to a second device on the network before the other data is transmitted.

Abstract: A method and apparatus of improving the quality of graphic and/or audio information, such as a video clip, transmitted over a network is provided. In one particular embodiment, a network client requests multiple downloads of a video clip stored on the network server. In response to each request, the network server compresses the video clip and transmits the compressed data in a scalable bitstream. The video clip includes an audio channel which occupies a first portion of the available bandwidth, and a video channel which occupies a second portion of the available bandwidth. Upon receipt of each download, the network client stores the audio and video data in cache. The network client combines the data from each download in the cache prior to displaying the video clip in a web browser program.

Abstract: A method and apparatus for exclusively activating pixels in an active area of a computer display when a computer system is operating in a power management mode. In one embodiment, the pixels within the active area of the display are exclusively activated by providing less power to the pixels outside of the active area of the display.