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Newsletter |
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Contacts |
ICM
Dr. Bogumil Jakubiak
Univercity of Cantabria
Dr. Jose Manuel
Gutierez
University of Coruna
Dr. Ramon Doallo
CYFRONET
Prof.
M.
Turala
ALGOSYSTEMS S.A.
Yannis Perros
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The interactive use and scalability of Grid technology is
being investigated, in order to meet atmospheric research and
application user community requirements.
The
specification of typical requirements for atmospheric research, as well
as their development and implementation, are the core of this activity.
These components are being validated within CrossGrid through
prototyping and consolidated by running specific testbeds.
A complete application involves the Grid tools that
enable remote, coordinated feedback from atmospheric models and wave
models, based on local coastal data and forced by wind fields generated
by atmospheric components of the system. Atmospheric pollution chemistry
studies will also be included.
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Data mining in
Meteorology
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Air Pollution Modeling
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STEM-II
is an Eulerian air
quality model which
is being
used together with a
meteorological
prediction model to
simulate the environment
of As Pontes Power
Plant, A
Coruña, Spain
Input data
Initial chemical
concentrations,
topological and
meteorogical
data
(temperature,
cloud base,
surface
precipitation
rates)
Output data
Gaseous and
aqueous
concentration
fields of each
modelled
substance,
reaction rates,
amount deposited
and ionic
concentrations
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Boundary data
for global or mesoscale models |
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Atmospheric forcing
from COAMPS model
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Estimation of sea conditions
in different
basins of
the
Baltic
Sea
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The system employs
the CrossGrid
platform
of Grid services
and tools
to seamlessly connect together
experts, data and computing
resources needed for different
meteorological applications.
The
system will integrate advanced
communication techniques,
allowing air pollution and
maritime experts to run
simulations with different
parameters and analyze the
impact of weather conditions on
air and sea pollution.
The partnership
The
Interdisciplinary
Center
for Mathematical and
Computational Modelling, Warsaw
University, Poland,
the University of
A Coruña and the
Consejo Superior de
Investigaciones Cientifices,
Spain,
together with
the University of Cantabria,
are
responsible for the development
of the system within the
CrossGrid project.
CrossGrid, an
EC-funded
R&D project, involves 21 partners
and is coordinated by CYFRONET, the
Academic Computing Center in Krakow,
Poland.
The dissemination and exploitation
of the results of the CrossGrid
project is coordinated by
Algosystems S. A., an IT company
based in Athens, Greece.
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