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CASE
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Life Sciences
Life Sciences - Bioinformatics Coordination Unit
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Ab-Initio Electronic Structure Methods
Advanced docking strategies
Aerosol data assimilation
Aerosol-radiation-cloud interactions
Agent-Based Models
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Algorithms for genomics data compression
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Distributed Computing Library
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Domain Specific Languages
Dynamic resource management in HPC
Earthquake Simulation
eDrug: interactive drug design
Electromagnetic Modeling and Inversion
Electronic transport
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Energy efficiency management for Data Centers
Energy-aware and Virtualisation Technologies
Enzymatic Catalysis and Protein Engineering
EUDAT
Forecast quality assessment of seasonal-to-decadal predictions
Functional consequences of genetics variants
Generic Lightweight Threads
Genetics of Complex Diseases
Hardware Support for Big Data
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High Programming Productivity for Accelerators
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HPC Frameworks
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Industrial artificial intelligence and digital twins
Insurance Services
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Interactive data visualization
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Land-atmosphere coupling and predictability
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Linear Algebra and Math Libraries
MareNostrum
Memory hierarchy for GPU acceleration
Memory systems for HPC
Mesh generation and adaptivity
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Microscale wind simulations and wind resource assessment
Microserver architectures and system software
Mineral dust - AXA Chair on Sand and Dust Storms
Mobile and embedded-based HPC
Models and Workflows Team
Multiphysics
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Network Biology
Neural networks for data-streams
New approaches to the prediction of protein structure and interactions
NoSQL technologies applied to Life Sciences
Numerical Methods
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PELE: Monte Carlo methods for protein/DNA-ligand interactions
Performance Analytics
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Personalized Medicine Initiative
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Predictable Parallel Computing
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Sea Ice Variability, Prediction and Impacts
Seasonal prediction and attribution of extreme events
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Smart and resilient cities
Software development for protein-protein interactions
SOftware research and development vehicles for New ARchitectures (SONAR)
Solar energy services
Supercomputing for Artificial Intelligence
Teaching Methodologies for Technology Rich Environments
Tensor Networks
The OmpSs Programming Model
Time-predictable parallel programming models
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Tropical Cyclones
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La limitación de la velocidad a 80 sólo reduce la contaminación un 4%
La limitación de la velocidad a 80 sólo reduce la contaminación un 4%
27 Septiembre 2008
La Razón
1848.pdf
