Search

Displaying 9 results.

  1. Efficient transport of video in the home of tomorrow
    By : De Vogeleer, Louis[UCL] Directed by : Macq, Benoît[UCL] Legat, Jean-Didier[UCL] (2021) Ecole polytechnique de Louvain

  2. JPEG2000 image compression for deep learning of convolutional neural networks
    By : Masy, Maxime[UCL] Directed by : Macq, Benoît[UCL] (2021) Ecole polytechnique de Louvain

  3. Real time parsimonious tumour tracking on X-ray images using reinforcement learning
    By : Little, Nathan[UCL] Directed by : Macq, Benoît[UCL] (2021) Ecole polytechnique de Louvain

  4. Deployment of a GAN architecture to improve the realism of an urban traffic network
    By : Moutier, Laurent[UCL] Directed by : Macq, Benoît[UCL] (2022) Ecole polytechnique de Louvain

  5. Prefetching and caching strategies with JPEG-XS : a case study for Virtual Reality Headsets
    By : Launois, Julien[UCL] Directed by : Macq, Benoît[UCL] Legat, Jean-Didier[UCL] (2022) Ecole polytechnique de Louvain

  6. Decoding neural activity of odor perception with dimensionality reduction and machine learning on fMRI data
    By : Everard, Louise[UCL] Prieur, Gilles[UCL] Directed by : Macq, Benoît[UCL] Jodogne, Sébastien[UCL] (2023) Ecole polytechnique de Louvain

  7. Real-time tumor tracking for proton therapy using deep learning and X-Ray fluoroscopy
    By : Chatzopoulos, Edouard[UCL] Directed by : Macq, Benoît[UCL] Loyen, Estelle[UCL] (2022) Ecole polytechnique de Louvain

  8. Trustworthy AI : second opinion needed for faster and safer clinical deployment of AI
    By : Bacq, Arnaud[UCL] Directed by : Macq, Benoît[UCL] (2022) Ecole polytechnique de Louvain

  9. Machine learning infrastructure for Alzheimer’s disease research
    By : Van Eycken, Colin[UCL] Directed by : Macq, Benoît[UCL] (2022) Ecole polytechnique de Louvain