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The increasing complexity of the current world can be observed each day.
Sustainable development for example consists of economical and social systems
management within natural environment. The understanding of the whole leads to what
we call territorial intelligence. The way of modelling these complex systems is often
based on interactive networks, dealing with the interconnection between all of the system
components. Decision making on this complex world, need tools able to detect and manage
emergent organizations through these networks. Distributed Artificial Intelligence (DAI)
is the adapted conceptual trend which allows the proposal of some relevant solutions by
relying on social and physical sciences models exhibited and observed in nature
(e.g. ant colonies, molecular crystallisation, etc.). In this search and management of
emerging organization, swarm intelligence algorithms proved to be popular and effective
methods to use. On the technological front, the increasing number of robotic systems,
advances in nano technology, and the sheer complexity of modern enterprise systems,
especially those boosting high degree of autonomy, makes the development of
swarm intelligence timely and needed.
Swarm intelligence is one of timely topics in multi-agent, complex systems, and optimization
research with a wide range of applications. This symposium builds on the successes of its
predecessors held at the AISB08 and AISB09 Conventions.
This year symposium will be organized in two streams of activities:
Stream One: Collective Emergence Roots Toward New Material for Swarm Intelligence Engineering
The first activity deals with the root of swarm intelligence processes. Usually, swarm intelligence
processes are based on bio-inspired systems and social insect organization. Our objective is to
re-explore these roots and to extend the inspiration domains. We would like to propose as an output
of this symposium, a state of the art collection of papers on interaction among entities leading to phenomena
such as emergent properties and organization. Entities here are to be defined in its widest scope in
natural, biological, physical and computational systems. This also includes all granularities from cell
and particles to human collectives.
A possible list of scientific background of interest to this stream includes: quantum systems,
neurophysiology, multi-scale organization, and molecular biophysics, to mention but few.
The symposium will then conclude with a discussion panel with the objective of producing guidelines
for possible new swarm intelligence engineering processes.
Stream Two: Swarm Intelligence Applications
This second activity is devoted to demonstrating the efficiency of swarm intelligence engineering
in various domains.
The first domain of interest is engineering where the entities used in the collective process
are physical entities and at the core of the phenomena. Examples from this domain are territorial
intelligence, distributed logistic systems, robotic systems, etc.
The second domain of interest is distributed problem solving and cognitive processes where the
challenge is mainly to build an efficient systems of entities (which could be conceptual ones) in order to allow the collective process to solve the given problem: brain computing including conceptual maps and emotional aspect is one example of this kind of applications. This domain includes also optimization applications especially in information systems and data mining.
Submission will have to be made through the
easychair web site developed for the AISB convention :
http://www.easychair.org/conferences/?conf=aisb2010.
Please select the releven track. If you don't have yet an account on Easychair, you will be invited to create one.
Details of paper format correspond to the general guidelines available on the web site of the AISB convention:
here.
All papers presented at this workshop will be published in
the proceedings of the AISB Convention.
Selected papers from this symposium will be proposed for
publication in the
journal of intelligent computing
or in the
journal of non linear systems
.
- Submission deadline for Full Papers: February 21, 2010
- Paper acceptance notification: February 25, 2010
- Camera-ready version submission: March 3, 2010
- Convention: 29 March - 1 April 2010
- Prof. Cyrille Bertelle, LITIS, Le Havre University, France
- Prof. Gérard H.E. Duchamp, LIPN, Paris XIII University, France
- Dr. Rawan Ghnemat, German-Jordanian University, Amman, Jordan
Mails about the symposium must be sent to
siaas10@gmail.com
-
Aladdin Ayesh, De Montfort University, Leceister, UK
-
Habib Abdulrab, INSA Rouen University, France
- Eduard Babkin, Higher School of Economics, Russia
-
Cyrille Bertelle, University of Le Havre, France
-
Gérard H.E. Duchamp, University of Paris XIII, France
-
Rawan Ghnemat, German-Jordanian University, Amman, Jordan
-
Laszlo Gulyas, Eotvos University, Budapest, Hungary
- Colin G. Johnson, University of Kent, UK
- Alaa Sheta, Taif University, KSA
- Eric Alfaro, IPN-UPIICSA-SEPI, Mexico
- Tim Blackwell, Goldsmith, University of London, UK
- Frank Guerin, Department of Computing Science, University of Aberdeen, UK
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