Paper Info
Title
Multicasting Tree Transformation for Concurrent Modest Multimedia Service
Abstract
In mOBCP (mini-overlay broadcasting control protocol), Multicasting tree transformation has proved to provide a modest service for multi-viewers sharing content-source. A mechanism is proposed to apply the tree transformation function in mOBCP to provide efficient real-time, concurrent service. The multimedia trees transformed have maximum peak RTT values of about 0.6 seconds - better than TBCP and HMTP. The proposed mOBCP does well in terms of session connections. This implies that a better, modest service can be provided, especially when multi-viewers increase. The number of hosts against the group size after tree reconstruction seems to be the best. The maximum average relative delay penalty (ARDP) of less than six units indicates that the mOBCP welcomes modest services in multimedia groups with affordable penalty, regardless of the number of hosts. The transformed trees constructed/reconstructed perform better in terms of tree costs, average RTT, number of hosts, and ARDP.
Year
DOI
Venue
2009
10.1109/DASC.2009.148
DASC
Keywords
Field
DocType
protocols,average rtt,concurrent modest multimedia service,overlay tree transformation,maximum average relative delay penalty,overlay broadcasting control protocol,tree transformation function,affordable penalty,tree cost,concurrent service,multicasting tree transformation,mobcp,modest service.,delays,proposed mobcp,modest service,multimedia tree,multi-viewer,multimedia multicasting,multiviewer sharing content-source,minioverlay broadcasting control protocol,tree reconstruction,multimedia communication,multicast communication,pediatrics,group size,servers,real time,internet
Broadcasting,Computer science,Server,Computer network,Tree transformation,Multicast communication,Multicast,Digital multimedia broadcasting,Multimedia,The Internet,Distributed computing
Conference
ISBN
Citations 
PageRank 
978-1-4244-5421-1
0
0.34
References 
Authors
8
3
Name
Order
Citations
PageRank
Mi-Young Kang14011.87
Ji-Seung Nam2289.24
Seo-Gyun Kim300.68