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Une organisation de recherche innovante basée à Saclay recrute un stagiaire pour travailler sur la détection d'objets ouverts à l'aide de l'apprentissage profond. Le candidat idéal aura des compétences en vision par ordinateur et en apprentissage automatique, avec une maîtrise de Python et de PyTorch. Le stage offre un salaire entre 1300 € et 1400 € par mois, avec des possibilités de télétravail et d'aide pour le logement.
Open-Set Object Detection: challenging VLM to understand unknown objects & contexts H/F
Open-Set Object Detection: challenging VLM to understand unknown objects & contexts H/F
Supervised deep learning models have demonstrated significant performances to detect a closed set of known annotated classes seen during training. But, how will they behave when facing up to objects of unknown classes? As their behaviour is uncertain when subject to never-before-seen classes and contexts (e.g. aerial, medical imaging...), we aim to develop robust Open Set Object Detectors (OSOD), able to localise and classify any objects, no matter their classes are known or unknown during training, nor their domain. In specific domains, being able to provide semantic information about the unknown is also paramount and an understudied problem (e.g., characterizing the super-class of an unknown object).
5-6
Your missions within this internship are to:
Join CEA List and LVA as an intern to:
Deep Leanring / Computer Vision / Pytorch
Students in their 5th year of studies (M2)
Saclay
Bac+5 - Master of Science
Oui
01/02/2026
2025-37636
Based in Saclay (Essonne), the LIST is one of the two institutes of CEA Tech, the Technological Research Division of the CEA. Dedicated to intelligent digital systems, its mission is to carry out technological developments of excellence on behalf of industrial partners, in order to create value. Within the LIST, the Laboratory of Vision and Learning for Scene Analysis (LVA) conducts its research in the field of computer vision and artificial intelligence for the perception of intelligent and autonomous systems. The laboratory's research themes include visual recognition, behavior and activity analysis, large-scale automatic annotation, and perception and decision models.