Paper Info
Title
A synchronization and compensation protocol for multimedia communication systems
Abstract
Media synchronization and freedom from starvation at destination devices are the two most important problems in a multimedia communication system. In order to solve these problems at the same time, this paper presents a protocol combining the scheduling scheme and the buffering scheme with underflow threshold (SBUF). In this protocol, by controlling the buffer sizes and modifying transmission schedule of the synchronizer synchronization can be achieved without synchronizing clocks during a connection. In this paper the algorithm of the protocol is described. The setting of the system parameters and network QOS to support the proposed protocol are also given in this paper. A simulation is performed for comparison of four synchronization schemes: scheduling schemes (with and without clock synchronization), marker scheme, and the proposed SBUF protocol. The results confirm that the proposed protocol guarantees satisfaction of QOS requirements and also performs better than the other schemes in terms of media synchronization and freedom from starvation at destination devices
Year
DOI
Venue
1995
10.1109/ICNP.1995.524840
ICNP
Keywords
Field
DocType
marker scheme,underflow threshold,protocols,scheduling,destination device,scheduling schemes,synchronizer synchronization,multimedia communication systems,sbuf protocol,proposed protocol guarantees satisfaction,synchronization,freedom from starvation,clock synchronization,buffering scheme,compensation,qos requirements,synchronization scheme,multimedia communication system,proposed protocol,proposed sbuf protocol,multimedia communication,media synchronization,protocol,synchronisation,compensation protocol,quality of service,switches
Synchronization,Synchronizer,Scheduling (computing),Computer science,Data synchronization,Computer network,Quality of service,Clock synchronization,Synchronization (computer science),Distributed computing,Universal composability
Conference
ISBN
Citations 
PageRank 
0-8186-7216-1
2
0.37
References 
Authors
6
3
Name
Order
Citations
PageRank
Chao-Hui Wu1102.98
Liang-Seng Koh2212.73
M. T. Liu322568.49