Esta es la antigua web del Centro de Supercomputación de Galicia.

Nuestro nuevo web está disponible desde el 18 de Julio de 2011 en

Por favor, actualice sus enlaces y marcadores.

Esta web solo se mantiene con el fin de servir como histórico de noticias, cursos, ofertas de empleo publicadas, etc.. y/o documentación.

CESGA-Centro de Supercomputación de Galicia
Galego :: Español :: English
Centro de Supercomputacion de Galicia
Inicio » Novas » Cursos e Eventos » Characterizing predictability of extreme convective events through HPC and HydroMeteorology

82 visitantes
Total dende 21-12-05: 61829935 visitas
ISO 9001:2008



Characterizing predictability of extreme convective events through HPC and HydroMeteorology PDF E-mail
Date:  Thursday 8th July 2010
Hour:  11:00 am
Place: Conference room CESGA
Speaker: Dr. Antonella Galizia
Institution: Istituto di Matematica Applicata e Tecnologie Informatiche - CONSIGLIO NAZIONALE DELLE RICERCHE (IMATI-CNR).

The Project is a first attempt to understand the potentials and the limits of space-time predictability of extreme convective events by means of high-resolution meteorological models. The investigation considers the combined use of high performance computing
and hydrometeorological observations, and focues on an intense rainfall episode to enable the comparison of modeling results and available observations.

Dr. Antonella Galizia obtained the Laurea Degree cum laude in Mathematics at the University of Naples in Dicember 2001, and a PhD in Computer Science at the University of Genova in May 2008. In June 2003 she started her research activity at the IMATI-CNR Genova. Her research interests are in the fields of Parallel and Grid computing with a specific focus on the image processing, in particular she aims to the design and the development of high performance tools for distributed image processing to enable the parallel elaborations of large image datasets and a proper scheduling on Grid resources. Recently, she is working on the exploitation of computing power to allow hydro-meteorological investigations. The aim is the set up an effective collaborative infrastructure to provide the computational power, the storage and the needed communication resources to enable numerical weather simulations to efficiently run models on larger domains at finer resolution.

Actualizado ( 07.07.2010 )
Master HPC


PRACE Award 2009

Itanium Alliance Award


Membro de Gelato

Acreditación EUGridPMA

Dominio galego

ALERTA VIRUS MENSUAL :: Telf.: +34 981 569810 - Fax: 981 594616 :: Avda. de Vigo s/n 15705, Santiago de Compostela.