Grupo de Investigación / Área Ab-Initio Electronic Structure Methods Advanced docking strategies Aerosol data assimilation Aerosol-radiation-cloud interactions Agent-Based Models Agriculture and water management services Air quality Algorithms for genomics data compression Alya - High Performance Computational Mechanics Application optimization for GPU acceleration Applied Learning Methods Atlantic Variability and Predictability Atmospheric Impact Services Bias development mechanisms Big data analytics and visualization Big Data Frameworks Biological data integration and management BSIT: Barcelona Subsurface Imaging Tools Cancer genomics Cardiovascular system simulations Climate Model Initialization and Data Assimilation Combustion Computational Earth Services Computational Fluid Mechanics - Compressible Flows Computational fluid mechanics - Incompressible flows Computational infrastructures for biomolecular research Computational Modeling for Fusion Computational solid mechanics COTS multicore real-time systems Cultural Evolution Curricula Development and Quality Assurance in Higher Education and Professional Training Cyber-Physical Computing Systems Data Placement for Heterogeneous Memory Systems Data-Center Optimization Data-Centric Architectures Data-Driven Scientific Computing Dependable and power-efficient real-time systems Distributed Object Management DLB: Dynamic Load Balancing Docking for interactomics and personalized medicine Domain Specific Languages Dynamic resource management in HPC Earth Data Analytics and Diagnostics Earth model performance analysis Earth Sciences models & workflows Earthquake Simulation eDrug: interactive drug design Electromagnetic Modeling and Inversion Electronic transport Emission modelling 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 High performance storage for interactive Big Data analysis High Programming Productivity for Accelerators High-performance IO HPC Frameworks HPC Geophysical Applications HPC Software Optimization HPC Workflows Human Computer Interaction Improving Virtual Memory Insurance Services Integration of Programming Models and Persistent Storage Systems Internet of Things and Stream Processing Inverse Modelling Land-atmosphere coupling and predictability Learning Analytics Linear Algebra and Math Libraries MareNostrum Memory hierarchy for GPU acceleration Memory systems for HPC Mesh generation and adaptivity Message Passing Interface (MPI) 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 Multiphysics Natural & Social Hazards (NaSH) 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 Ocean Biogeochemistry and Climate Feedbacks Ocean forecasting OpenMP Extensions PELE: Monte Carlo methods for protein/DNA-ligand interactions Performance Analytics Personalized Medicine Initiative Policy analysis PRACE Predictable Parallel Computing Preemptive multiprogramming on GPUs Probabilistic Real Time Systems Quantum Algorithms Reduced Order Methods in HPC RES Resilient architecture and runtimes Respiratory system Runtime aware architectures Scientific and Social impact Scientific Visualization and storytelling Sea Ice Variability, Prediction and Impacts Seasonal prediction and attribution of extreme events Seismic hazard, seismic vulnerability and seismic risk Smart and resilient cities Software development for protein-protein interactions Solar energy services Supercomputing for Artificial Intelligence Superconducting Quantum Processors Teaching Methodologies for Technology Rich Environments The OmpSs Programming Model Time-predictable parallel programming models Tools for Distributed Data Science Towards complex and intelligent workflow programming for Distributed Computing Tropical Cyclones Troposphere-stratosphere coupling Urban air quality modelling Urban-scale Atmospheric Dispersal Modeling Volcanic ash Wind energy services Workflow environments for Scientific Applications