WIDE Paper List in 2006





             SCTP Profiling Framework for Multi-homed Environment
                 wide-paper-sctp-nishida-mobishare2006-00.txt









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Title: SCTP Profiling Framework for Multi-homed Environment
Authors: Arian Gauch (agauch@gmx.ch)
     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{ Nishida:Mobishare2006,
  author =		"Adrian Gauch, Yoshifumi Nishida",
  title =		"SCTP Profiling Framework for Multi-homed Environment"
  booktitle =           "ACM Mobishare 2006",
  pages =               "",
  month =               "Sep",
  year =		"2006",
}

%  type =		"conference"
%  site =		[http://www.mobishare.org]
%  wideareaname =	[transport]
%  widewgname =		[sctp-wg]
%  keyword =		[SCTP, Multihome, failover]
%  references =		[]
%  summary_ja =		[] 
%  misc =		[]
%  summary =		[
% Nowadays, it is not rare that a mobile node equips multiple interfaces such as
% Ethernet, 802.11b, mobile phones and WiMAX. 
% A node with multiple interfaces has the possibility to utilize the multiple
% network accesses for robust and efficient communication. However, TCP 
% can handle only a single IP address per connection. Hence, applications that
% uses TCP can not utilize multiple network access fully.
% The Stream Control Transmission Protocol(SCTP) is a new transport protocol 
% which is receiving attention as the successor of TCP. 
% One of the advanced features of SCTP is multi-homing, 
% which allows an endpoint to have more than one IP address for switchovers to
% be transparent to higher layers. 
% In this paper, we focus on issues in SCTP multi-homing and 
% propose a new framework that enhances this feature to realize smooth switchover.
% By estimating the condition of each networks, such as delay or loss-rate, 
% our framework enables SCTP to use the best address that meets users' requirements.
% Since our framework will be useful for delay-sensitive or loss-rate sensitive
% applications in multi-homed environments, it will be suitable for applications 
% in mobile environments.
% ]