WIDE Paper-List in 2007





                  Gap Analysis in IP Multicast Dissemination
                   wide-paper-m6bone-aintec2007-invited.txt









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Title: Gap Analysis in IP Multicast Dissemination
Author(s):
	Hitoshi Asaeda(asaeda@sfc.wide.ad.jp)
	Bill Manning(bmanning@karoshi.com)
Date: 2007-12-22

%	- Refereed Conferences and Workshops
@inproceedings{	Asaeda:AINTEC2007-Invited,
 author =	"Hitoshi Asaeda and Bill Manning",
 title =	"Gap Analysis in IP Multicast Dissemination",
 booktitle =	"Springer LNCS 4866 (AINTEC2007)",
 pages =   	"199-212",
 month =	"November",
 year =	2007
}

%# Additional data for readers
%url: http://www.springerlink.com/content/wu2h5t210g514237/?p=debcde1566474591a334e19f224e3297&pi=17
%x-wide-wgnames: m6bone
%keywords: multicast, deployment berrier, standardization
%references:	
%summary_ja:	
%summary: IP multicast is advantageous for high quality streaming
%  applications and future needs in the Internet. However, it is
%  generally recognized that IP multicast requires significant routing
%  coordination and configuration, and hence its routing protocols are
%  non-scalable. Recently, Source-Specific Multicast (SSM) has been
%  standardized and proposed as the deployable IP multicast
%  communication architecture. SSM basically works for the one-to-many
%  communication, and eliminates many of the complexities the
%  traditional many-to-many multicast communication has. While SSM gives
%  advantages for the IP multicast deployment, there is still a gap
%  between what is reported as the state-of-the-art in the literature
%  and what could be implemented in practice. 
%  In this paper, we analyze the deployment barriers SSM creates, and
%  consider how we can ease some of the barriers. To define the possible
%  approaches, we discuss the functions SSM requires, and the necessary
%  components network operators and application developers need to know
%  for fulfilling the demand.