Thirty-two PhD positions offered
Would you like to carry out rewarding research work in computer science and applied mathematics? Are you a young and talented scientist? INRIA can offer you a position in on one of its research teams to work on your PhD thesis. In 2011, 32 PhD positions are available within the Institute's priority research fields.
Number of jobs, which match your criteria: 42 | ||||
Title | Position type | Location | Research theme | Project |
ALF Reconciling dynamic code generation with static predictability guarantees | PhD Student | Rennes | Networks, systems and services, distributed computing | ALF |
BUNRAKU - VR4I Proposition de nouvelles techniques d'interaction 3D et de navigation 3D préservant l'immersion de l'utilisateur | PhD Student | Rennes | Perception, cognition, interaction | BUNKARU |
ESPRESSO Génération de code concurrente multi¬tâches déterministe à partir de spécifications polychrones | PhD Student | Rennes | Algorithmics, programmation, software and architecture | ESPRESSO |
ESPRESSO Ingénierie de modèles pour la vérification modulaire d'architectures GALS | PhD Student | Rennes | Algorithmics, programmation, software and architecture | ESPRESSO |
Dionysos - Modèles probabilistes pour les systèmes distribués | PhD Student | Rennes | Networks, systems and services, distributed computing | DIONYSOS |
DIONYSOS_Etudes analytiques de modèles fluides pour réseaux haut débit | PhD Student | Rennes | Applied Mathematics, computation and simulation | DIONYSOS |
MYRIADS-Environnement décentralisé pour les nouveaux modèles alternatifs de programmation de l'Internet des services | PhD Student | Rennes | Networks, systems and services, distributed computing | MYRIADS |
SYMBIOSE-Discovery of enzymatic functions in the framework of formal languages | PhD Student | Rennes | Computation sciences for biology, medicine and the environnement | SYMBIOSE |
TRISKELL-Dynamic Software Product Lines based on Service-Oriented Architectures | PhD Student | Rennes | Networks, systems and services, distributed computing | TRISKELL |
TRISKELL-Formal Foundations to Verify DSML Compilers | PhD Student | Rennes | Networks, systems and services, distributed computing | TRISKELL |
TRISKELL-Formal Foundations to Verify DSML Compilers | PhD Student | Rennes | Networks, systems and services, distributed computing | TRISKELL |
TRISKELL-Learning the specification of black box software services | PhD Student | Rennes | Networks, systems and services, distributed computing | TRISKELL |
TRISKELL-Synthesis of service-oriented architectures by model transformation | PhD Student | Rennes | Networks, systems and services, distributed computing | TRISKELL |
TRISKELL-Verifying Web Services Composition | PhD Student | Rennes | Networks, systems and services, distributed computing | TRISKELL |
VISAGES-Dimensionality reduction and statistical learning for computational modelling of natural evolution of brain pathologies | PhD Student | Rennes | Computation sciences for biology, medicine and the environnement | VISAGES |
LAGADIC - Compensation du mouvement de tissus organiques par asservissement visuel échographique | PhD Student | Rennes | Perception, cognition, interaction | LAGADIC |
METISS- Modélisation statistique du langage musical pour la recherche d'information dans les contenus musicaux | PhD Student | Rennes | Networks, systems and services, distributed computing | METISS |
SYMBIOSE Learning the grammar of genomic sequences | PhD Student | Rennes | Computation sciences for biology, medicine and the environnement | SYMBIOSE |
SYMBIOSE Modélisation par contraintes pour le contrôle génomique et physiologique de l’adaptation des algues brunes à la salinité de l’eau | PhD Student | Rennes | Computation sciences for biology, medicine and the environnement | SYMBIOSE |
SYMBIOSE Modelling Protein Structure | PhD Student | Rennes | Computation sciences for biology, medicine and the environnement | S |
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