Speaker
Mr
Vladimir Voznesensky
(Nuclear Fusion Inst., RRC "Kurchatov Inst.")
Description
There are three main nuclear fusion applications to run on
Russian Data Intensive Grid
infrastructure at this moment and in the nearest future:
1. Plasma devices (stellarator) numerical optimisation;
2. ITER facility engeenering computations: propagation of
waves in different plasmas;
3. Simulation and data processing for finding reduced models
suitable for plasma
real-time control.
The first application was presented on the 1st EGEE Users Forum.
The presented genetic optimisation method have proved it's
effectiveness in grid
environments.
Thus, a lot of optimisation tasks from a variety of
scientific and engeneering areas
may be solved
the same way.
The software elaborated for this application should be
refactored to be more user
frendly and
robust.
The second and the third applications are in the process of
porting into the grid
environment. The
ports should demonstrate a grid effectiveness in the two cases:
- large engineering variation computations;
- natural science data mining for construction of
phenomenological models.
The first applications' grid runs are expected to be carried
out until the end of 2006.
Authors
Dr
Igor Semenov
(Nuclear Fusion Inst., RRC "Kurchatov Inst.")
Mr
Nikolay Marusov
(Nuclear Fusion Inst., RRC "Kurchatov Inst.")
Mr
Vladimir Voznesensky
(Nuclear Fusion Inst., RRC "Kurchatov Inst.")
