Titlebook: Network and Operating System Support for Digital Audio and Video; 4th International Wo Doug Shepherd,Gordon Blair,Francisco Garcia Conferen

明智的人

User-level real-time threads: An approach towards high performance multimedia threads,se changes of system resource usage in a workstations and network environment require dynamic management of real-time threads behavior. If threads are implemented in user-level, operations on threads are processed in user-level. Then, managing threads becomes more efficient avoiding kernel intervent

ESO

IEEE 802.12 Demand Priority and multimedia,Mb/s upgrade for IEEE-802.3 10Base-T and key features of the network are discussed such as its support for installed Category 3 cable and cascading to cover campus areas without bridges. The access protocol, Demand Priority, supports two priorities and the paper considers in some detail how this can

STYX

A scheduling discipline and admission control policy for Xunet 2,rmance guarantees of various scheduling disciplines in order to design a good scheduling discipline and admission control policy for Xunet 2. Detailed simulations show that our design allows Xunet 2 to efficiently carry both real-time and non-real-time traffic expected in future ATM networks.

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思想上升

A multimedia enhanced transport service in a Quality of Service Architecture,g end-systems, communications systems and networks. Although researchers have addressed many isolated areas of QoS provision, little attention has so far been paid to the definition of an integrated and coherent framework that incorporates QoS interfaces, management and mechanisms across all archite

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无脊椎

Performance bottlenecks in digital movie systems,smission and playback are also great challenges for the designers of a new generation of file systems, database systems, operating systems, window systems, video encoder/decoders and networks. Today‘s research prototypes of digital movie systems suffer from severe performance bottlenecks, resulting

施舍

Frame-Induced Packet Discarding: An efficient strategy for video networking,ent, yet effective, strategy called . (FIPD), in which, upon detection of loss of a threshold number (determined by an application‘s video encoding scheme) of packets belonging to a video frame, the network attempts to discard all the remaining packets of that frame. Performance simulations are show