PARTNERS Airbus, Andra, ANSYS-Fluent, Aria Technologies, Bertin technologie, Bull, CEA, Cen- aero, Centre Scientifique et Technique du Bâtiment, Cerfacs, ClusterVision, CNRS, CS- Communication et Systèmes, Dassault Aviation, DataDirect Networks, Distène SAS, EADS, École Centrale , École Nationale Supérieure des Mines de Paris, École Nor- male Supérieure de Cachan, École Supérieure d’Ingénieurs Léonard de Vinci, EDF, ESI Group, Eurobios, Fujitsu , HP France, INRIA, Institut Français du Pétrole, Institut National des Télécommunications, Intel France, Microsoft France, Numtech, Open Cas- cade, Oxalya, Principia, Serviware, SGI France, Snecma-Groupe Safran, ST Microelec- tronics, Sun France, Supelec, Total, Transtec, Université de Versailles Saint Quentin-en- Yvelines. European high performance computing Conseil Général de l’, Communauté de Communes de l’Arpajonnais, Ville de Bruyères-le-Châtel, Ville d’Ollainville. technological park Address of Ter@tec Ter@tec is established in Essonne, near Arpajon, 30 km south of Paris, in the heart of a Research science park. Improving knowledge for Industry Ter@tec is member of the world of competitiveness cluster “System@tic Paris-Région” the challenges of Increasing competitive- tomorrow’s technologies ness in the development From Paris: of computer aided Join the A6 motorway, via Porte d’Orleans or Porte D 97 Direction Sortie Arpajon design and engineering. d’Italie. Follow the Lyon direction Ter@tec sign, then take the A 10 D 97 N 20 junction in the direction of D 116 D 97 Collaborations /Bordeaux/Nantes. Ter@tec After 2 km, go left and take Arpajon the RN 20 Linas/Montlhéry, P D 116d then Arpajon. Take the Bruyères le Châtel Arpajon exit, on the right, the D 116 D97 road in direction of N 20 Limours. At the roundabout, continue straight 2km and turn left on D116 towards D 116d Ollainville Bruyères le Châtel, you will then follow the Ter@tec direction. Information Creating, developping and optimizing Technologies hardware and software systems. Companies

Ter@tec contributes to the success of collabora- Ter@tec Ter@tec tives projects, gives access to the greatest super- Ter@tec computers of Europe. In the heart of the science European high performance computing is a key actor for the technological park and technological park of “Ile de France Sud” and near the research centre of CEA a great opportunity for promotion of High Ter@tec (Commissariat à l’Energie Atomique), Ter@tec Bard1- Domaine du Grand Rué makes profit its partners from the most the competitiveness of 91680 BRUYERES-LE-CHATEL Performance Computing advanced research and technologies in the field of High performance simulation and comput- France and Europe. Tél. : +33(0)1.69.26.61.76 - Fax : +33(0)1.69.26.43.04 email : [email protected] - Web : www.teratec.eu ing. It offers a complete set of expertise and computing means. Stakes of High Performance Computing? Collaborative Research Access to high performance Intensive Computing today is based on a thorough knowledge of the phenomena and its models, on the development of powerful software and Projects computers computing codes, supercomputing power and at last but not least tools Ter@tec initiates or takes part in the assembly of great collab- Within its partners, Ter@tec gives access to world-class High adapted for analysis of great volumes of data. orative projects. within the framework of the worldwide cluster of Performance supercomputers, storage and visualisation :  It is crucial for the competitiveness of the industry. competitiveness System@tic Paris-Region : The CCRT (Computing Center Research and Technology)  It is essential to the comprehension of complex phenomena.  FAME2, development and optimization of a  which has at the same time parallel and vector platform of integration and its exploitation for machines. Its processing power will exceed 45  It requires synergies between speci c skills, expertises and intensive computing, Tops in 2007. This computing centre belongs means  IOLS, software tools for multi-scale simulation to the scienti c computing center of the CEA of materials/products and the development of research organisation. demonstrators for the global computer aided The Super TeraNova cluster, design,  set up by the BULL group, with a processing  CARRIOCAS, development of the key compo- power exceeding 2 Tops, dedicated to nents for extremely high speed transmission research and collaborative projects. rate networks within the framework of the National research Agency, The HPC1 cluster many projects have been granted of which :  from Hewlett Packard, with a processing power  LN3M, new generation of software for multi- exceeding 1 Tops, this data centre is dedicated scaling modelling, to the “computing on demand” business.  NUMASIS, optimization of intensive comput- ing codes in seismology,  TSUMOD, numerical modelling for the propa- Implementation of key gation of the tsunamis,  PARA, parallelism and improvement of the actors from the IT industry Calculation of combustion in a plane engine yield of the product codes,  SCOS, generic open source platform for (SNECMA from Safran Group) Ter@tec o ers a unique opportunity to key actors from complex system development. this industry to be part of the technopole dedicated to high performance computing : Common Research labs  Equipment suppliers, Ter@tec supports the installation on its site of common  Software developers, vendors (ISV) and editors, research laboratories  Software Service suppliers.  Engineering school of Ecole Centrale de Paris and CEA: the algorithmic and scienti c compu- tation, the optimization of the experimental systems and its control, architectures of the Assistance to the creation information systems. and the development  Ecole Normale Supérieure de Cachan and CEA: mesoscopic modelling of materials, mechanics of start-ups and small or of incompressible uids, electromagnetism.  University of Versailles Saint-Quentin and CEA: medium size Enterprises structure for the scienti c computation; visual- Computing of Fluid Dynamics of a tank Ter@tec supports the implementation of SME : for a nuclear power plant (EDF) ization; security and data integrity (Laboratory ITACA).  Distène SAS : a French company providing the Promotion and training highest technology for post data processing  Ter@tec has established a collaboration and the optimization of the design chain of The DIGITAL SIMULATION and agreement with three Masters: Modelling computing. and Simulation with the institute INSTN in  Numtech : a French company providing digital High Performance computing the physics eld, with the Ecole Normale simulation for local meteorology and Supérieure of Cachan in Applied mathemat- atmospheric dispersion of pollutant. High-performance computing has a strong impact in terms of maintaining the ics and with the Univesity of Versailles Saint  Xedix : a young start-up providing its expertise Quentin in computer science. and its technology for XML data bases. “ strategic competitiveness of Europe and increasing its attractiveness for foreign  Ter@tec supports continuous training towards esearchers and for supporting industrial development. Small Business Enterprises. (Roadmap ESFRI, Carryforward 2006)  Ter@Tec takes part in several dissemination actions with, in particular, the organisation of an Computational science is now indispensable to the solution of complex annual European conference on High Perfor- mance Computing and seminars. problems in every sector, from traditional science and engineering domains to such key areas as national security, public health, and economic innovation. (PITAC Report, Computational Science: Ensuring America’s Com- petitiveness, june 2005) ”