Titlebook: Network and Operating Systems Support for Digital Audio and Video; 5th International Wo Thomas D. C. Little,Riccardo Gusella Conference pro

Sinus-Rhythm

輕浮思想

https://doi.org/10.1007/BFb0019246Digital Audio and Video; Echtzeit-Netzwerke; Multimedia Applications; Multimedia-Anwendungen; Operating

Triglyceride

Anthrp

Network and Operating Systems Support for Digital Audio and Video978-3-540-48524-7Series ISSN 0302-9743 Series E-ISSN 1611-3349

強(qiáng)壯

Design of universal continuous media I/O,The problem this research addresses is how to modify an existing operating system‘s . subsystem to support new high-speed networks and high-bandwidth multimedia applications that will play an important role in future computing environments.

公理

Evaluation of QOS-Control Servers on Real-Time Mach,In an interactive multimedia environment that handles multiple sessions dynamically, a mechanism to control QOS among sessions is very important. As such a mechanism, the QOS-Control Server has been developed on RT-Mach. This paper gives the results of several experiments with this server, and describes the extensions of RT-Mach.

騷動

VuSystem performance measurements,data. The VuSystem is designed to run on ordinary Unix workstations with no specific support for the manipulation of multimedia data. Measurements made of processing times of representative filter modules demonstrate the viability of the approach.

正式通知

happiness

A computational and engineering view on open distributed real-time multimedia exchange,oS) specifications for continuous dataflows. These QoS specifications are described from the ODP computational and engineering viewpoint and the repercussions of these QoS specifications for functions located in both the computing and telecommunications environment are discussed.

推崇

A rate-based execution abstraction for multimedia computing,cess is predictable. The model is general enough to encompass or extend many of the existing models proposed for multimedia systems. Our model of rate-based execution is described along with an implementation that detects when processes should adapt their execution rate and minimizes latency in interprocess communication.