The Basque Center for Applied Mathematics has recently published their annual report. With only 2 years, significant achievements, and things that sound really well:
-"BCAM has been granted an ERC Advanced Grant 2009 edition"
-"Collaboration with local partners and industry is also increasingly bringing new scientific challenges, human resurces and funding to BCAM "
-"Highly valuable people from different countries, committed to teamwork, continuous learning and the development of top-level mathematical knowledge and skills are continuously drawn to BCAM for training and research "
-"The aim of the team Partial Differential Equations, Numerics and Control is to contribute to the understanding - through modeling, mathematical analysis, and numerical simulation - of a wide range of phenomena such as the vibrations of complex mechanical structures, phase transitions in solids, shape design in aeronautics, and the dynamics of strongly nonlinear surface and internal waves in fluids "
"the development and analysis of mathematical models to predict and control the QoS (Quality of Service) of information and communication systems, including wired and wireless networks and large-scale distributed systems "
"Our objective is to study relevant physical and biological processes using mathematical modeling, analysis and computer simulation "
"agreements with the Chinese Academy os Sciences in Beijing, the University of Kyushu in Japan, the Tata Insititute in India"
"BCAM needs powerful computational resources to perform complex calculations and to generate simulations and visualizations "
"We have also acces to the cluster provided by i2basque, which features 232 processing cores "
The following video of the facilities features in the first 58 seconds an introduction to the center and an engineering forum celebrated in their building -text translated by google here-:
-"BCAM has been granted an ERC Advanced Grant 2009 edition"
-"Collaboration with local partners and industry is also increasingly bringing new scientific challenges, human resurces and funding to BCAM "
-"Highly valuable people from different countries, committed to teamwork, continuous learning and the development of top-level mathematical knowledge and skills are continuously drawn to BCAM for training and research "
-"The aim of the team Partial Differential Equations, Numerics and Control is to contribute to the understanding - through modeling, mathematical analysis, and numerical simulation - of a wide range of phenomena such as the vibrations of complex mechanical structures, phase transitions in solids, shape design in aeronautics, and the dynamics of strongly nonlinear surface and internal waves in fluids "
"the development and analysis of mathematical models to predict and control the QoS (Quality of Service) of information and communication systems, including wired and wireless networks and large-scale distributed systems "
"Our objective is to study relevant physical and biological processes using mathematical modeling, analysis and computer simulation "
"agreements with the Chinese Academy os Sciences in Beijing, the University of Kyushu in Japan, the Tata Insititute in India"
"BCAM needs powerful computational resources to perform complex calculations and to generate simulations and visualizations "
"We have also acces to the cluster provided by i2basque, which features 232 processing cores "
The following video of the facilities features in the first 58 seconds an introduction to the center and an engineering forum celebrated in their building -text translated by google here-:
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