The meeting was completed with Gr8 success
and flying colors! THNQ for all cooperation. The meeting was completed with Gr8 success
and flying colors! THNQ for all cooperation.This Symposium aims at bringing together researchers from various countries of Asian Pacific Rim in the fields of intelligent systems and evolutionary computation to exchange ideas, present recent results and discuss possible collaborations. Researchers from elsewhere interested in collaboration with researchers from Asian Pacific Rim are also welcome.
Chikushi Hall is in C-Cube building, which
you can confirm in Campus Map.
To access Chikushi-campus of Kyushu University,
you can check at Access Map.
Intelligent and adaptive systems using evolutionary computation techniques have attracted increasing attentions in recent years. They are more robust than traditional systems based on formal logics for many real world problems. They can adapt to an unknown environment without explicitly modeling the environment. They can also be applied to a wide range of practical problems.
This Symposium aims to bring together researchers from countries of the Asian Pacific Rim in the fields of intelligent systems and evolutionary computation to exchange ideas, present recent results and discuss possible collaborations. Researchers from elsewhere are also welcome.
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Intelligent and adaptive systems using evolutionary
computation techniques have attracted increasing
attentions in recent years. They are more
robust than traditional systems based on
formal logics for many real world problems.
They can adapt to an unknown environment
without explicitly modeling the environment.
They can also be applied to a wide range
of practical problems.
| Paper submission |
| Notice of acceptance |
| Camera ready copy |
| Conference | 4-5 December 2009 |
All accepted papers will be also published
in Proceedings of IES2009, which will be
provided to the participants in CD version.
All the submitted papers will need to comply
with ITSSA format, except that the full paper
should not exceed 8 pages including illustrations,
figures and tables. Download the ITSSA format
sample file from here. Affiliation, postal address, telephone
and fax numbers, and Email address of the
corresponding author should be supplied with
the manuscript through Email.
Please send the papers to Prof. Jun Tanimoto
by Email: tanimoto@cm.kyushu-u.ac.jp with a subject "IES09 MS". The
dead line is 1st Oct. 2009.
Deadline for submission is extended. New deadline is Nov. 6th, 2009.
It is planned to republish selected papers
from the conference as a special issue of
International Journal of Bio-inspired Computation
(IJBC).
Some of the authors will be contacted for
the publication by the conference chair.
Following papers have been selected as nominees
for the post-publication at hEvolutionary
World; Games, Complex networks, Agent simulationsh;
the special edition (working title) on International Journal of Bio-inspired Computation
(IJBC).
David G. Green; Prospects for a network theory of complex adaptive systems.
Toshihiko Yamamoto, Hiroshi Sato, Akira Namatame; Evolutionary Optimized Consensus and Synchronization Networks.
Ei Tsukamoto, Susumu Shiraiyama; A Study of the Relationship between Scale-freeness and Evolution of Cooperation.
Registration fee is 12,000 JPY (about US$
125)
Download registration form from here. And send to Prof. Tanimoto by Email: tanimoto@cm.kyushu-u.ac.jp as an attached document. Registration should
be done before 14th Nov.2009. Payment is only allowed by cash on -site.
There are two ways to access to Fukuoka.
In flying from either Narita, Kansai ( both
are main Int. airports) or Haneda ( domestic
airport in Tokyo), you will arrive Fukuoka
Airport. You may be able to fly to Fukuoka
directly, just because Fukuoka is also Int.
airport having several connections to Seoul,
Singapore and other major Asian cities.
Another access to Fukuoka is domestic train
service from Tokyo or Osaka area by Shin-kan-sen
( Japanese bullet train). In that case, you
will arrive Hakata Station, which is the
terminal of Shin-kan-sen.
In both cases, you will find detail information
to access to Chikushi-Campus from either
Fukuoka Airport or Hakata Station here.
Hotels close to Hakata Station are convenient
(It takes approximately 10 to 15 minutes
from Hakata Station by JR train service to
Chikushi-Campus through Onojo Station).
The most recommendable hotel is NISHITETSU
INN, which locates very close to Hakata Station
and cost very reasonable (6,900 JPY for a
single room). But it has only Japanese web page unfortunately.
However you can book through FAX (FAX. +81-92-413-5466,
TEL. +81-92-413-5454). Tell your name, contact
information, room type (there are 479 single
rooms and 24 twin rooms) and booking date
through FAX. You will be responsed from the
hotel in return.
Alternatively, you fill find several choices
you like and can book from here. HAKATA GREEN 1 and HAKATA GREEN 2 are the
most recommendable among those, since those
two locate very close to Hakata Station and
cost relatively reasonable (9,870 JPY).
Now available here.
This is the actually proceeded program.
Dr. Jun Tanimoto, Professor at IGSES Kyushu University
tanimoto@cm.kyushu-u.ac.jp
Akira Namatame, National Defence Force Academy
Jun Tanimoto, Kyushu University
David G. Green, Monash University
Mitsuo Gen, Waseda University
Osamu Katai, Kyoto University
Hidenori Kawamura, Hokkaido University
Bob McKay, Seoul National University
Hiroshi Sato, National Defence Force Academy
Hussein A. Abbass, University of New South
Wales
Reiji Suzuki, Nagoya University
Special talks by up-and-coming scientists
will be presented, which attract all of you.
"Swarm Oscillators" by Dr. Dan Tanaka
There exists a wide variety of physical and
biological systems consisting of motile elements
whose internal degrees of freedom interact
with their collective macroscopic or mesoscopic
order. These systems share the important
property that the spatio-temporal patterns
exhibited by the assemblies of elements are
directly linked to their functions. Here,
we study collective emergent structures of
motile dynamical elements in a unified manner,
ignoring system-specific details. For this
purpose, we regard the elements as simplified
local units that capture the essence of the
behavior of the actual local units existing
in the wide variety of systems. As perhaps
the simplest model of motile dynamical elements,
we propose a general model of gradient-taxis
oscillators. From this model, we derive a
novel class of normal form describing the
phases and positions of the oscillators by
means of center-manifold reduction and phase
reduction methods. The model obtained through
these reductions is quite universal, and
we find that it exhibits a rich variety of
patterns. This richness is due to the fact
that the interaction between elements can
be attractive or repulsive, depending on
the internal states and positions of the
elements.
Dr. Dan Tanaka
2004-2006 JSPS Research Fellow.
2005 Dr of Sci, Kyoto Univ.
2005-2009 Assoc Prof, Univ of Fukui.
2007- JST PRESTO Research Fellow.
2009- Assoc Prof, Nagoya Univ.
It's a matter for deep regret that Prof.
Dr. Dan Tanaka has died very recently just
before our conference. We would like to express
our heartfelt condolence on his death that
was too young.
"Network Science: Structure, dynamics
and its applications" by Dr. Jeong, Hawoong
In this talk, I will review the history of
complex network science and discuss the implications
of these findings on several complex systems,
including googling hidden interaction using
web search engine and finding inefficiency
of transportation network (Price of Anarchy)
using numerical simulation on model and real
road networks. Also if time allows, I'll
discuss synchronizability of directed network
and finding community on directed networks
as well.
Dr. Jeong, Hawoong
1998 : Seoul National University (Ph. D.
in Physics)
1998 ~ 2000 : Univ. of Notre Dame, Post.
Doc.
2001 ~ 2001 : Univ. of Notre Dame, Research
Assistant Professor
2001 ~ Present : KAIST, Assistant/Associate/Professor.
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