cv
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Basics
Name | Victor Barberteguy |
Label | Co-advised PhD student |
forename.lastname4@gmail.com |
Work
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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
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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
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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
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2022.06 - 2022.09 La-Chaux-de-Fonds
Education
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2023.09 - 2024.09 Palaiseau, France
Masters of Science
Institut Polytechnique de Paris
Artificial Intelligence and Advanced Visual Computing
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2020.09 - 2024.09 Palaiseau, France
Masters - Diplôme d'ingénieur
Ecole Polytechnique
Artificial Intelligence and Advanced Visual Computing
Publications
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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 |