Laboratories & structures of research - Grenoble INP
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Laboratories & structures of research
19 Mixed Units of Research (UMR)
| 3S-R Lab | Geomaterials, deformations and ruptures Geomechanics and civil engineering structures Mechanic and multiphysic couplings of heterogeneous environments Mechanics of solids and of complex environments Risks and vulnerabilities |
| G2ELab | Electrical systems and power grids power electronics Magnetic micro-systems Electromagnetic materials and machines Dielectric and electrostatic materials Models, methods and methodologies for electrical engineering |
| GIPSA-lab | Automatic control Signal and image processing Speech and cognition |
| G-SCOP Lab | Operational research and optimization Complex system supervision and management Integrated design and eco-design Information systems and product representations Power management in buildings in cooperation with G2ELab |
| IMEP-LAHC | Micro and nano electronics Electro-magnetism Photonics, THz and optoelectronics Radio-frequences, hyper-frequences and opto-microwaves |
| LEGI Lab | Gravity waves and sedimentary hydrodynamics Diphasic flow and turbulences Micro-fluids, interfaces and particles Modeling of oceanic flows Environment, rotation and stratification Energetics Modeling and simulation of turbulences |
| LEPMI Lab | Thin layers and spectroscopy of electrochemical surfaces and interfaces Amorphous solid electrolyte Analysis of electrochemical systems Alecto-chemistry of metallic systems and electro-catalysis Process engineering applied to energy and environment Interface in electro-chemistry of solids Photo and opto-electronics |
| LGP2 Lab | Pulp and paper science Paper making and environment engineering Converting biomaterials packaging Chemical processes Paper physics Printing processes |
| LIG Lab | Environments and tools for industrial computer engineering Algorithms, programs and proofs Didactics and computers, learning of mathematics Networks and multimedia Geometry and probability for motion and action Computer mediated exchange of structured knowledge Real-time translation of languages and speeches Heterogeneous autonomous database systems Interaction and virtual reality Man machine interaction engineering Multi-agent modeling and simulation Middleware efficiently scalable Multi-programmation and scheduling of distributed resources Modeling and search of multimedia informations Participative design, ergonomy and usage of interactive systems Programming languages, operating systems, parallelism and aspects for real-time Perception, recognition and integration to model activities System architecture for reflective distributed environments Information systems, adaptable engineering and modeling Spatio-temporal information, adaptability, multimedia and knowledge representation Validation of systems, components and software objects Web adaptation and multimedia |
| Jean Kuntzmann Lab | Geometry and images Models and determinist algorithms Statistics |
| LMGP Lab | Materials for electronics and photonics Multifunctional and nanostructured materials Materials for biotechnologies Functional materials with usage properties |
| LPSC Lab | Quarks and leptons Astro-particles and cosmology Hadrons and nucleus, nuclear energy Theoretical physics Plasma, materials, nanostructures Thomography |
| LTHE Lab | Atmosphere and rainfall systems Climates, water and resources Hygro-geo-physics Spatialized interfaces and balances Rivers, erosions and contaminants Coupled transfers in heterogeneous and porous environments |
| LTM Lab | Plasma etching process Optical lithography Nanoimprint lithography Electromagnetic simulation New materials and nano-objects |
| Rheologie Lab | Shaping polymeres Scattered systems and heterogeneous materials Simulation, modeling and creation of numerical tools Structures and interfaces Nano-rheology and nano-materials |
| SIMAP Lab | Structure materials Nano-materials and micro-electronics Multi-materials and sintering Materials for energy Solidification and liquid-solid processes Multi-scale modeling and simulation |
| SPINTEC Lab | Mass storage Spin transfer MRAM & logic Magnetic logic Numerical simulations of spintronics based radiofrequency nano-oscillators |
| TIMA Lab | Architecture for robust and complex integrated systems Aoncurrent integrated systems Micro and nano systems Reliable mixed-signal systems System level synthesis Verification & modeling of digital systems |
| TIMC Lab | Multi-sensor systems to monitor fragile people Models and algorithms for learning Cellular dynamics New anti-cancer medicine based on flavonoïds Sanitary risks of emergent illness Modeling, medical imaging and robotics to support surgery movements Degenerative processes of inflammation and ageing Ontology, knowledge and data for heath information systems Integrative physiology of cardiovascular systems Pattern recognition, modeling and knowledge based in cellular sociology Posture and movement control Epidemiology Information processing and modeling in biomedicine |
| VERIMAG Lab | Language design Distributed implementation Verification Test and simulation Heterogeneous components Formal methods for computer security Specification languages and validation Program verification Timed systems Hybrid systems |
4 Mixed Units of Services (UMS)
| CMP | Multi-Project Circuits |
| OSUG | Observatoire des Sciences de l'Univers de Grenoble |
| THERMA | THERmodynamique et MAtériaux |
| EUROFIDAI | Institut Européen de Données Financières |
| MI2S | Moyens Informatiques Multimédias, Information ScientifiqueConsortium de Recherche pour l'Emergence des Technologies Avancées |
Institut polytechnique de Grenoble - Grenoble Institute of Technology
46, avenue Félix Viallet - 38031 Grenoble Cedex 1 - France
Tél +33 (0)4 76 57 45 00 - Fax +33 (0)4 76 57 45 01 Copyright Grenoble INP
46, avenue Félix Viallet - 38031 Grenoble Cedex 1 - France
Tél +33 (0)4 76 57 45 00 - Fax +33 (0)4 76 57 45 01 Copyright Grenoble INP