WIDE Paper List in 2006





 The Use of SCTP Failover Mechanism for Efficient Network Handover on Mobile
                                    IPv6
                  wide-paper-sctp-wakikawa-iswcs2006-00.txt









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Title: The Use of SCTP Failover Mechanism for Efficient Network Handover on Mobile IPv6
Authors: Ryuji Wakikawa(ryuji@sfc.wide.ad.jp)
         Yoshifumi Nishida(nishida@csl.sony.co.jp) 
Date: 2006-12-20

%  - 査読ありのコンファレンス・ワークショップ等
@inproceedings{ Wakikawa:ISWCS2006,
  author =		"Ryuji Wakikawa, Yoshifumi Nishida, Jun Murai",
  title =		"The Use of SCTP Failover Mechanism for Efficient Network Handover on Mobile IPv6
  booktitle =           "International Symposium on Wireless Communication Systems 2006",
  pages =               "",
  month =               "Sep",
  year =		"2006",
}

%  type =		"conference"
%  site =		[http://www.iswcs.org/iswcs2006]
%  wideareaname =	[transport]
%  widewgname =		[sctp-wg]
%  keyword =		[Mobile IPv6, SCTP, Handover]
%  references =		[]
%  summary_ja =		[] 
%  misc =		[]
%  summary =		[
% In the near future, mobile communication will become majority on the
% Internet according to quick progress of wireless technology and
% mobility protocols. Mobile IPv6 has been standardized at IETF and
% almost ready to deploy on the Internet. However, handover technology
% of Mobile IPv6 is still under development.  Since Mobile
% IPv6 does not specify optimized handover mechanism, it takes certain
% period to complete handover.  In this paper, we investigate a mechanism
% to minimize handover latency without any modification to Mobile
% IPv6. We take position that a mobile node will utilize multiple
% interfaces to achieve smooth handover.  With multiple interfaces, the
% Internet access can be continued even while Mobile IPv6's movement is
% proceeded. SCTP is a transport protocol capable of handling
% multiple addresses for each session. A mobile node uses a home address
% as a primary address and another available address as a secondary
% address. The SCTP fails over to the secondary address while the
% primary address (i.e. home address) is inactive during handover. The
% advantage of this proposal is that it required modification to neither
% Mobile IPv6 and SCTP.
% ]