cv

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Basics

Name Victor Barberteguy
Label Co-advised PhD student
Email forename.lastname4@gmail.com

Work

  • 2025.01 - Present

    Grenoble, France

    PhD candidate
    IMAGINE, Ecole des Ponts / Google DeepMind
    Co-supervised by Gül Varol (ENPC), Ahmet Iscen and Mathilde Caron (Google DeepMind)
    • Multimodal Agents, Video Understanding
  • 2024.05 - 2024.10

    Cambridge, MA, USA

    Visiting Graduate Researcher
    MIT Computational Cognitive Science Lab
    Investigating cultural evolution theories to enhance artificial agents' drawing capabilities
    • Multimodal Agents, Cultural Evolution
    • Supervised by Cédric Colas
  • 2023.03 - 2023.08

    Tsukuba, Ibaraki, Japan

    Research Assistant
    CNRS-AIST Joint Robotics Laboratory
    Designing an automatic, multisensory segmentation method to learn and generalize manipulation tasks for humanoid robots
    • Robotics, Machine Learning
    • Supervised by Fumio Kanehiro
  • 2022.06 - 2022.09

    La-Chaux-de-Fonds

    Purchasing intern
    TAG Heuer
    Developed a software for governance and risk management

Education

  • 2023.09 - 2024.09

    Palaiseau, France

    Masters of Science
    Institut Polytechnique de Paris
    Artificial Intelligence and Advanced Visual Computing
  • 2020.09 - 2024.09

    Palaiseau, France

    Masters - Diplôme d'ingénieur
    Ecole Polytechnique
    Artificial Intelligence and Advanced Visual Computing

Publications

  • 2024.01.06
    Learning and Generalizing Tasks on Humanoid Robots with an Automatic Multisensory Segmentation Method
    IEEE Symposium on Systems Integration
    We provide a complete framework for learning and reproducing tasks from human demonstrations. This framework adapts recent developments in automatic, unsupervised segmentation of time-series to humanoid robotics by preprocessing the data obtained from a broad range of the robot's sensors, to then repropduce the learned task in similar environments. In more detail, we reproduce and extend the acquired multi-step task using Dynamic Movement Primitives in simulation for the JVRC1 Robot, and further validate it the segmentation process in real world with the HRP-4C Robot, thus showcasing the possibility to create an extensive library of reusable skills for complex humanoids with our approach.

Skills

AI and Visual Computing
Probabilistic Graphical Models
Advanced 3D graphics
Deep Learning for topological data
Methods in Neuroscience
Deep Reinforcement Learning
Deep Learning and Generative Models
CyberPhysical systems
Safe Intelligent Systems
Computer Architecture
Compilation
Internet of Things

Languages

French
Native speaker
English
Fluent
Spanish
Intermediate (B2)
Japanese
Begginer/Intermediate (A2/B1)

Interests

Neuroscience
History of Art
Doing side-projects on tessellations (like Escher's)
Cinema