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Re: Call for presentations
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Kurt;
We have already submitted internet-drafts that are related
to multi6 WG. They can be downloded from
http://www.users.kudpc.kyoto-u.ac.jp/~r52802/draft-ohira-assign-select-e2e-multihome-00.txt
and
http://hage.tori.cc/~arifumi/draft-arifumi-lin6-multihome-api-00.txt
, and will be downloded from ftp.ietf.org soon.
We would like to make presentations abount them, so would
you assign slots for us? We'll be glad if you assign 15min
for each draft.
FYI, we now manage more than 200 wireless APs based on
802.11b in Kyoto city, Japan, and all of them supports
IPv6. We are also planning to multihome them. I believe our
platform is the largest IPv6 wireless environment in the
world, and will be the largest wireless multihomed
environment.
The followings are detailed information on drafts:
ID: draft-ohira-assign-select-e2e-multihome-00.txt
Title: IPv6 Address Assingment and Route Selection
for End-to-End Multihoming
Speaker: FUJIKAWA Kenji (Kyoto University)
Abstract:
IPv6 suppose that network is hierarchical. Though the present IP
network topology is not hierarchical at the point of multihoming.
In this document, we clarify that
a) how to assign address blocks to ISPs and sites in order to
achieve multihome environment without destroying hierarchical
structure of IPv6
b) requirements in order for end hosts to select an adequete route
from multiple routes when multihoming.
ID: draft-arifumi-lin6-multihome-api-00.txt
Title: Basic Socket API Extensions for LIN6 End-to-End Multihoming
Speaker: Arifumi Matsumoto (Kyoto University)
Abstract:
This document describes a method for multihoming support in
application layer. We extend the basic socket API(Application
Programming Interface) and propose some new interfaces for
multihoming. Multihoming nodes are expected to have multiple
addresses. The existing socket APIs, however, are not designed to
manipulate multiple addresses in a connection. Proposed APIs help an
application to handle multiple addresses, to avoid connection failure
and to do load-balancing possibly. Right now, the proposed APIs are
for LIN6 nodes, one of the mobile protocols. This is because LIN6's
addressing architecture, which is called "8+8", is very friendly and
consistent with multihoming. In this document, we propose a host-
based multihoming solution and which is called end-to-end
multihoming. In end-to-end multihoming, a fault-tolerant connection
can be achieved relying not on routers but on the pair of end-nodes
only.
---------------------------------------------------------------
FUJIKAWA, Kenji @ Grad. Sch. of Informatics, Kyoto Univ., Japan
WWW: http://www.lab1.kuis.kyoto-u.ac.jp/~fujikawa/index-e.html
TEL +81 75-753-5387 FAX +81 75-751-0482
E-mail fujikawa@real-internet.org