WIDE Paper-List in 2007





  Performance Enhancement of Transport Layer Handover on Single-homed Mobile
                                   Nodes
                wide-paper-sctp-micchie-ieicetran200710-00.txt









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Title: Performance Enhancement of Transport Layer Handover on Single-homed Mobile Nodes
Authors: Michio Honda (micchie@sfc.wide.ad.jp), Yoshifumi Nishida (nishida@csl.sony.co.jp), Jin Nakazawa, Hideyuki Tokuda
Date: 2007-12-26


-- 
Michio Honda
E-mail: micchie@sfc.wide.ad.jp, micchie@ht.sfc.keio.ac.jp
Website: http://www.micchie.net/


Title: Performance Enhancement of Transport Layer Handover on Single-homed Mobile Nodes
Authors: Michio Honda(micchie@sfc.wide.ad.jp)
        Yoshifumi Nishida(nishida@csl.sony.co.jp) 
	 Jin Nakazawa 
	 Hideyuki Tokuda 
Date: 2007-12-26

%  - Journals
@article{ micchie:ieicetran2007,
 author =		"Michio Honda, Yoshifumi Nishida, Jin Nakazawa and Hideyuki Tokuda",
 title =		"Performance Enhancement of Transport Layer Handover on Single-homed Mobile Nodes",
 journal = 	        "IEICE Transactions on Communications, Special Issue on New Challenge for Internet Technology and its Architecture",
 volume =		"E90-B",
 number =		"10",
 pages =               "2683-2692",
 month =               "Oct",
 year =		"2007"
}


# Additional data for readers

%  type =		"journal"
%  site =		[http://search.ieice.org/bin/index.php?category=B&lang=E&vol=E90-B&num=10&abst=]
%  wideareaname =	[transport]
%  widewgname =		[sctp-wg]
%  keyword =		[mobile computing, handover, transport protocol, SCTP, single wireless interface]
%  references =		[]
%  summary_ja =		[] 
%  misc =		[]
%  summary =		[
% Many handover techniques in the Internet have been introduced with the 
% development of mobile computing technologies.  
% Although many proposed handover schemes utilize multiple wireless interfaces, 
% having multiple wireless interfaces in a mobile device increases its power 
% consumption, device installation space, and hardware costs.  
% We have been studying handover schemes for mobile nodes with a single 
% wireless interface.  
% To achieve seamless and efficient handover, we focus on Stream Control 
% Transmission Protocol (SCTP) that offers a message-oriented, reliable and 
% connection-oriented delivery transport service.  
% Unlike other transport protocols like TCP, SCTP can provide an end-to-end 
% handover mechanism with multi-homing feature.  
% However, the handover mechanism in the current SCTP causes large 
% handover latency particularly when a mobile node has only one single wireless 
% interface.  
% This paper investigates the current issues of the SCTP handover mechanism, 
% and proposes a new efficient handover scheme based on SCTP, which identifies 
% a communication path as a pair of source and destination address.  
% Additionally, we modified SCTP behavior when an SCTP endpoint received a SET 
% PRIMARY message to change primary destination of peer endpoint.  
% This paper shows that our scheme can reduce the handover latency by two to 
% thirty seconds.  
% ]