APinnov 2025

10 juin 2025 | France

Vincent VIGNERON

professeur des universités, Université Evry-Paris-Saclay

IBISC

Paris Saclay, France

4 visites de profilParticipant Externe

CSO WILLIS https://willis-ec39a4.webflow.io/

Mon organisation

IBISC

IBISC

Organismes de recherche

evry, France

The IBISC Laboratory (Informatique, Bioinformatique, Systèmes Complexes EA 4526) is a laboratory of the University of Evry Paris-Saclay, structured into four research teams: AROBAS, COSMO, IRA2, and SIAM. A particular feature of the laboratory is its multi-disciplinary research and location on two university sites: IBGBI and PELVOUX. This specificity is also reinforced by its attachment to two distinct scientific departments: Sciences Fondamentales et Applications (SFA) and Science et Technologie (ST). The IBISC laboratory is resolutely developing a strategy of collaboration and valorization of research with industry and a research strategy open to the international arena. In 2023, the IBISC laboratory welcomed 23% of the UEVE’s teaching and research staff, who hold some responsibilities at both the University of Evry (LMD, UFRs, IUT, VPs) and the University of Paris-Saclay (Graduate schools in Computer Science and Digital Sciences (ISN) and Engineering and Systems Sciences (SIS)).
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Sur moi

I am a Full Professor in Statistical Sciences, with expertise in machine learning, deep learning, signal and image processing, and multimodal data analysis. My research focuses on developing robust, interpretable, and data-efficient AI methods for complex biomedical and industrial applications.

In precision medicine, I work particularly on AI-assisted stroke diagnosis and prognosis, including multimodal MRI analysis, lesion and thrombus segmentation, outcome prediction, representation learning, and the integration of incomplete or heterogeneous patient data. My work also covers generative models, variational autoencoders, self-supervised learning, uncertainty quantification, and explainable AI.

Beyond healthcare, I develop machine learning approaches for industrial inspection, non-destructive testing, fault detection, sensor data analysis, and pattern recognition, including applications to nuclear instrumentation, structural monitoring, and environmental sensing.

Réseaux sociaux

Marketplace 1

  • Compétence

    data sciences for précision medicine

    AI researcher with diverse skills in digital engineering and automatic signal and image processing

    • Healthcare
    Auteur

    Vincent VIGNERON

    professeur des universités, Université Evry-Paris-Saclay à IBISC

    Paris Saclay, France