TERATEC initiates or takes part in the assembly of great collaborative projects, within the framework of the worldwide cluster of competitiveness Systematic Paris Région, the ANR (National Research Agency) and ITEA2 Project :
 AGREGATION : Contrôle commande sûr pour les moyens d’essais
3D simulation of air quality in the city with 3m resolution
The purpose of the project is to develop a revolutionary simulation system to represent and predict air pollution at any point in a very large city, with resolution to the order of a few meters, all over the city.
CHAPI : Calcul embarqué Hautes performances pour les Applications Industrielles, petites & moyennes séries
COLLAVIZ : The Collaviz program is an innovative multidomain remote collaborative platform for the simulation-based design applications. In partnership with 28 French and international partners, Collaviz will bring to the scientific and industrial community ...
COOL-IT : Energy optimization of Data Centers
In the ninth month of the project, the functional and technical specifications for hardware and software to collect energy data have been established, and the first models of energy use and optimization have been made.
. CSDL : The CSDL project (Complex Systems Design Lab) aims at developping a comprehensive colloborative environment for decision making at the earliest stage of a project. At this stage that simulation tools...
Optimise HPC Applications on Heterogeneous Architectures
The purpose of this project is to provide a hybrid parallel programming environment to optimally combine use of different parallel programming models and therefore to use heterogeneous platforms as efficiently as possible.
MANYCORELABS : Solutions génériques pour le développement d’applications sur des multi/manycore
MIEL : MIxed ELement - 3D Meshe
OASIS : Optimization of Addendum Surfaces In Stamping
: Distributed Multi-disciplinary Optimization
The OMD2 project aims to scale-up numerical design methods to enable generalized (on the system level) and more ambitious industrial integration (robustness, multi-disciplinarity) of optimization.
OPEN GPU : Graphics Processing Units are becoming a more and more promising solution to address the growing need in computing power associated with new industrial conception methods and numerical simulation. Nowadays GPU are mostly proprietary, ...
. OPUS : Optimization and robust design are now growing concerns in the industry. For many years, the research has focused on design optimization. Some bricks of software are resulting fruit of this research and are already used in some companies..
SIMILAN : SIMulation & Implementation high performance fitted to digitaL signAl processing.
ACTIVOPT : Optimization and robust design are now growing concerns in the industry. For many years, the research has focused on design optimization. Some bricks of software are resulting fruit of this research and are already used in some companies.
CAMPAS :The objective of the CaMPaS project is to demonstrate the feasibility of a multi-cycle Large-Eddy Simulation (LES) of the reactive flow inside a complete multicylinder internal combustion engine using the AVBP CFD code on a massively parallel..
. CARRIOCAS : CARRIOCAS project studied and deployed an ultra high bit rate optical network (up to 40 Gb/s per channel) able to answer the industrial needs in terms of interactive numerical simulations on remote supercomputers ......
. EHPOC : High Performance Environment
for Optimization and Design
OPEN HPC : Simulation and High Performance Computing are a strategic stake for the competitiveness. Both for Industry and Research one of the key elements of the HPC chain is application software. It has to be accessible to all the actors of the market ...
OPSIM : OPtimisation de SIMulations pour la conception
PARMAT : The european project PERFECT has developed a computation chain for the simulation of the ageing under neutronic irradiation of the alloys (steel mainly) involved in materials of the nuclear reactors. This chain is made of seven codes,...
PARMA : Parallel Programming for Multi-core Architectures
. POPS : Design and develop data processing systems suited to the largest spectrum of High Performance Computing applications, targeting the Petaflops range.
Anticipate the programming tools and features needed to obtain efficient applications.....
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