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

VICT

Meeting arbitrary QoS constraints using Dynamic Rate Shaping of coded digital video,e network, universal interoperability can be achieved. A set of lowcomplexity algorithms for dynamic rate shaping is presented, and both optimal and extremely fast designs are discussed. The latter are simple enough to allow software-based implementation. Experimental results are provided using actual MPEG-2 bitstreams.

大門在匯總

An end to end software only scalable video delivery system,carcity. This paper describes an end-to-end system combining a new scalable video compression algorithm video delivery software, a software video decoder, and a market-based mechanism for the resolution of conflicts in providing video to the user.

口味

無法破譯

Aerate

Issues of reserving resources in advance,tion in advance. We identify and discuss issues which must be resolved in resource reservation in advance systems. Some of the possible scenarios to be considered are described and we show how the resource reservation in advance scheme can be embedded in a general architecture.

狂亂

Dynamic service aggregation for efficient use of resources in interactive video delivery, decomposable service groups that permit aggregation of interactivity, terminal characteristics, and levels of service scaling. The proposed approach applies the characteristics of end applications and data storage requirements to the design of a data scaling mechanism.

GRIPE

Conference proceedings 1995media. The papers are organized in sections on advance reservation systems, operating systems support, resource management and quality of service, audio and video systems, and scheduling and synchronization.

semble

滋養(yǎng)

0302-9743 ort for Digital Audio and Video, NOSSDAV ‘95, held in Durham, New Hampshire, USA in April 1995..The 24 full papers included were selected from a total of 101 submissions; together with overviews by the session chairpersons they reflect the state of the art in networking and operating systems support

上下連貫

System-level resource management for network-based multimedia applications,e specified by means of benefit functions. We have implemented a prototype of a distributed multimedia display application that demonstrates key aspects of the model, including adaptation to a changing execution environment.