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Roberto Barbera (UNIV. CATANIA AND INFN)26/09/2006, 11:00
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Dr Osvaldo Gervasi (Dept. of Mathematics and Computer Science, University of Perugia)26/09/2006, 11:05Users & ApplicationsOralThe progress made in the implementation of the Grid enabled Molecular Simulator (GEMS) and the activities of the CompChem VO are presented.Go to contribution page
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Dr Mariusz Sterzel (Academic Computer Centre Cyfronet)26/09/2006, 11:15Users & ApplicationsOralToday's computing and storage requirements make EGEE Grid a perfect platform for chemistry applications [1]. Despite the fact that a few quantum chemical codes have been successfully ported to the Grid [2] there is still lack of commercial chemical software that would be available for whole EGEE community. The main reasons blocking wide use of commercial software are its license...Go to contribution page
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Dr Isabel Campos Plasencia (Instituto de Fisica de Cantabria - CSIC)26/09/2006, 11:25Users & ApplicationsOralThe applications team of the int.eu.grid project is dedicated to promote the use of the Grid for those demanding scientific applications involving interativity and powerfull visualization needs. Grid added value in the int.eu.grid project means not only porting the application to a Grid infrastructure. It also implies to make profit of the development of an interactive environment...Go to contribution page
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Dr Syed Naqvi (CETIC-CoreGRID)26/09/2006, 11:35Users & ApplicationsOralContext: Centre of Excellence in Information and Communication Technologies (CETIC) has a cluster of the following specifications: ๏ญ Number of Nodes: 38 ๏ญNumber of Processors: 74 ๏ญRAM size: 160 GB ๏ญDisk storage: 10 TB This cluster will eventually be a part of the Belgian Grid. CETIC is seeking assistance from the EGEE project in the deployment and administration of this...Go to contribution page
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Prof. Thomas Fahringer (Institute of Computer Science, University of Innsbruck)26/09/2006, 11:45Users & ApplicationsOralEdutain@Grid is an exciting and ground breaking new project making use of Grid technology. The project will identify and define a new class of applications that are highly significant for Grid computing but have not been studied in the past, which we characterise as Real-Time Online Interactive Applications (ROIA). The distinctive features that make ROIA unique include large user...Go to contribution page
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Prof. Pier Giovanni Pelfer (Dept. Physics, Univ. Florence and INFN)26/09/2006, 11:55Users & ApplicationsOralArchaeoGRID community aims to show that the archaeology, by deploying grid technology, will increase in quality and quantity the production, diffusion and use of archaeological knowledge. For this purpose the selected archaeological case study has been the origin of he city in the Mediterranean area between XI and VIII centuries B.C., that is a central problem in modern archaeology....Go to contribution page
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26/09/2006, 12:05
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Dr Andrea Manara (ITU-BR)26/09/2006, 14:00Users & ApplicationsOralThe Radiocommunication Bureau of the ITU (ITU-BR) managed the preparation and the conduct of the ITU Regional Radio Conference RRC06 to establish a new frequency plan for the introduction of digital broadcasting (band III and IV/V) in Europe, Africa, Arab States and former-USSR States. During the 5 weeks of the RRC06 Conference (15 May to 16 June 2006) delegations from 119 Member States...Go to contribution page
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Dr Patricia Mendez Lorenzo (CERN IT/PSS)26/09/2006, 14:10Users & ApplicationsOralGeant4 is a general purpose toolkit for simulating the tracking and interaction of particles through matter. It is currently used in production in several particle physics experiments (BaBar, HARP, ATLAS, CMS, LHCb), and it has also applications in other areas, as space science, medical applications, and radiation studies. The complexity of the Geant4 code requires careful testing of...Go to contribution page
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Dr Simone Campana (CERN/IT/PSS and INFN/CNAF)26/09/2006, 14:20Users & ApplicationsOralIn the last 2 years, the ATLAS collaboration has been continuously running Monte Carlo event simulation on the LCG/EGEE production grid. The ATLAS production system is highly automated: jobs defined in a central database are handled by supervising agents, submitted to and executed by the underlying Grid infrastructure. On the other side, more recently the ATLAS Distributed Dada Management...Go to contribution page
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Mr Tony Lam (Australian Nuclear Science and Technology Organisation)26/09/2006, 14:30Users & ApplicationsOralThe Australian Nuclear Science and Technology Organisation (ANSTO) is constructing Australiaโs new 300 million Australian dollar (178 million euros) Open Pool Australian Light-Water (OPAL) reactor for neutron scattering research. Each neutron beam instrument from OPAL will provide a graphical user interface, known as GumTree, for performing data acquisition and online data analysis. ...Go to contribution page
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Dr Andrea Sciaba' (CERN)26/09/2006, 14:40Users & ApplicationsOralThe ATLAS and CMS experiments have extensively tested the gLite Workload Management System by running real applications on the EGEE production infrastructure. This allowed to study the behaviour of the system in a more realistic environment with respect to the official certification infrastructure. This contribution describes the work performed by the experiments on the gLite WMS and how...Go to contribution page
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Dr Roberto Santinelli (CERN/IT/GD)26/09/2006, 14:50Users & ApplicationsOralThe 2006 data challenge โ LHCb DC06 โ is the final benchmark before the real data taking for validating the computing model and the infrastructure of LHCb and also a last opportunity for exercising the whole simulation chain on EGEE resources. For the past few years, LHCb has always been one of the top users of LCG resources gathering considerable experience in distributed computing at...Go to contribution page
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Dr Gaetano Maron (Laboratori Nazionali di Legnaro)26/09/2006, 15:00Users & ApplicationsOralTraditional developments in Grid technologies have concentrated on providing batch access to distributed computational and storage resources. The requirements to access, control, and acquire data from widely networked distributed instruments trigger the need to include a variety of new components. For instance, scientific equipment like sensors and probes are a need in nowadays Grid...Go to contribution page
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Ms Livia Torterolo (Bio-lab, DIST, University of Genoa)26/09/2006, 15:10Users & ApplicationsOralScientists, as biologists or bioinformaticians, often deal with complex tasks involving the integration of results from several computational tools and information repositories that must be tied together in a coordinated way in order to automate the execution of a set of analyses. With the increasing number of databases and processing tools exposed as Web Services, a workflow managing...Go to contribution page
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Dr Pasquale Pagano (CNR-ISTI), Dr Pedro Andrade (CERN)26/09/2006, 15:20Users & ApplicationsOralDiligent is an ongoing IST project that aims to combine Grid and Digital Library (DL) technologies in order to provide an advanced test-bed DL infrastructure allowing members of dynamic virtual e-Science organizations to access shared knowledge and to collaborate in a secure, coordinated, dynamic and cost-effective way. In particular, Diligent builds on top of the Enabling Grid for...Go to contribution page
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26/09/2006, 15:30
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