Feb 11 – 14, 2008
<a href="http://www.polydome.org">Le Polydôme</a>, Clermont-Ferrand, FRANCE
Europe/Zurich timezone

Grid enabled applications for modeling, simulation and optimization

Feb 12, 2008, 4:00 PM
Exhibition Hall (<a href="http://www.polydome.org">Le Polydôme</a>, Clermont-Ferrand, FRANCE)

Exhibition Hall

<a href="http://www.polydome.org">Le Polydôme</a>, Clermont-Ferrand, FRANCE

Board: P08
Poster Existing or Prospective Grid Services Posters

Speaker

Dr Gabriel Neagu (National Institute for R&D in Informatics - ICI Bucharest, Department of Research)

Description

The candidate applications to be ported on grid were selected based on the following criteria: mature implementation in classic mode, extensive memory and/or computational requirements, grid as innovative approach for the given MOSI domain, expected user community in research and academic area, potential interest from industry. The list of selected applications includes: GridModRed - Model Order Reduction, GridIdent - System Identification, CGALLP and BIBFR - Unconstrained optimization based on conjugate gradient algorithms and Related high performance library (developed by ICI Bucharest), OPT-GT and MFCC - Optimizer based on Grid Technology and Application cluster for CFD-FEM oriented simulation (INCAS Bucharest), DEMO/G - Distributed Evolutionary Multiobjective Optimization on Grid (WUT), CryptoGrid - Cryptographic and Cryptanalitic Algorithms for the Grid (UTCN), DIOGENES - Application oriented task scheduling using genetic algorithms (UPB).

URL for further information:

www.gridmosi.ro (site under development, first draft of Romanian version available)

4. Conclusions / Future plans

The main challenges of the project are to improve the visibility and accessibility of selected MOSI solutions, to coagulate a user community from both academia and industry, to gradually enlarge the VO offer by attracting new solution providers, to improve the potential for international cooperation. Current applications are in the final stage of their porting to grid. Main difficulties have been related with the limited experience, low network speed that limits the performance level.

3. Impact

The GridMOSI infrastructure includes 5 sites with counting for about 130 kSI2k computing power and 9 TB of memory. One of them is active in the EGEE infrastructure, while all the other are in preparation to join this infrastructure during EGEE II project. All of them support the GridMOSI VO. Applications are running either in Cluster mode (GridModRed, GridIdent , CGALLP, OPT-GT and MFCC ) or in both Cluster and Grid modes (DEMO/G, CryptoGrid), taking advantage of DIOGENES capabilities to optimize job scheduling based on the information coming from information and monitoring services available in the GridMOSI infrastructure. The project portal provides access to the web based user interface (currently under implementation for each application), which facilitates the selection of execution conditions, depending on application specificity: class of algorithms and their execution mode, architectural variant, requested Grid resources.

Provide a set of generic keywords that define your contribution (e.g. Data Management, Workflows, High Energy Physics)

VO, advanced system modeling and optimization, CFD, application scheduling, cryptography,

1. Short overview

The applications have been ported to grid infrastructure within the project “GridMOSI-Grid technology based virtual organization for high performance modeling, simulation and optimization” funded by the Romanian Research of Excellence Programme. The project aims at setting up the first national VO providing the research and academic community with access to advanced MOSI solutions in different domains according to the scientific expertise of partner organizations.

Primary authors

Dr Catalin Nae (National Institute for Aerospace Research - INCAS Bucharest, Subsonic Wind Tunnel Laboratory) Prof. Dana Petcu (West University of Timisoara - WUT, Computer Science Department) Dr Gabriel Neagu (National Institute for R&D in Informatics - ICI Bucharest, Department of Research) Dr Neculai Andrei (ICI Bucharest, Department of Research) Prof. Rodica Potolea (Technical University of Cluj-Napoca - UTCN, Computer Science Department) Prof. Valentin Cristea (University "Politehnica" of Bucharest - UPB, National Center for Information Technology - NCIT) Dr Vasile Sima (ICI Bucharest, Department of Research)

Co-authors

Mr Alexandru Stanciu (ICI Bucharest, Department of Research) Dr Alin Suciu (UTCN, Computer Science Department) Dr Daniela Zaharie (WUT, Computer Science Department) Mr Florin Pop (UPB, NCIT) Mr Victor Pricop (INCAS Bucharest)

Presentation materials

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