LECTURES
Speakers | Syllabus | Titles & Abstracts |
Daniel Cremers Technische Universität München, DE |
Dense 3D Reconstruction, Direct 3D Reconstruction, SLAM | Dense & Direct Methods for 3D Reconstruction & Visual SLAM |
Larry Davis University of Maryland, USA |
Face and object detection, attribute learning, visual recommendation systems, image to image regression, modeling face illumination | Faces, Fashion, Forensics – Applications driving basic research in computer vision |
Andrew Davison Imperial College London, UK |
SLAM, Spatial AI, Event Cameras | From SLAM to Spatial AI |
James J. DiCarlo Massachusetts Institute of Technology, USA |
Object Categorization, Face Detection and Discrimination, Human Vision, Neural Networks | Reverse engineering human visual intelligence |
Tom Drummond Monash University, AU |
Geometry, Lie groups, Deep learning, Multi-task learning, Uncertainty estimation | Geometry and Deep Learning |
Paolo Favaro University of Bern, CH |
Unsupervised Learning, Self-Supervised Learning, Transfer Learning, Representation Learning, Disentangling of Factors of Variation | Beyond Supervised Learning |
Chelsea Finn UC Berkeley, USA |
Deep Reinforcement Learning, Model-Based Reinforcement Learning, Self-Supervised Learning, Video Prediction and Generation, Robotic Perception and Control | Deep Visuomotor Learning |
Georgia Gkioxari Facebook, USA |
Object Recognition, Instance Segmentation, Pose Estimation, Detectron, Object Interactions, Pose Tracking | Instance-level Visual Recognition |
Georg Klein Microsoft, USA |
Mixed and Augmented Reality; SLAM; Embedded Computer Vision | Head Tracking on HoloLens |
Hugo Larochelle Google Brain and Université de Sherbrooke, CA |
Deep Learning, Transfer Learning, Representation Learning | Generalizing from Few Examples with Meta-Learning |
Victor Lempitsky Skolkovo Institute of Science and Technology, RU |
Convolutional Networks, Image Generation, Image Processing, Perceptual Losses, Adversarial Learning, Deep Image Prior | Generative Convolutional Networks |
Andrew Rabinovich Magic Leap, USA |
Multitask Learning, Transfer Learning, Gradient Normalization | Multi Task Learning for Computer Vision |
Josh Tenenbaum Massachusetts Institute of Technology, USA |
Vision Meets Common Sense | Vision meets common sense: Seeing the physical and social worlds |
Antonio Torralba Massachusetts Institute of Technology and IBM, USA |
Vision and Audition, Multimodal Learning, Self-Supervised Learning | Multimodal self-supervised learning: learning to see and hear |
Carl Vondrick Columbia University and Google Research, USA |
Predictive Vision, Anticipating Human Actions, Tracking Visual Objects, Recognizing Ambient Sound | Predictive Vision |
READING GROUP (WITH PRIZE!)
Speakers | Syllabus | Rules of Engagement |
Stefano Soatto Amazon and University of California Los Angeles, USA |
Reading Group Competition | Rules of Engagement |
ESSAY COMPETITION (WITH PRIZE!)
Speakers | Syllabus | Rules of Engagement |
Fabio Galasso OSRAM Corporate Technology, DE |
Essay Competition | Rules of Engagement |
INDUSTRY MEETS STUDENTS
Industrial Panel
- Aquifi, US
- AWS, Amazon, US
- Cambridge Heartwear, UK
- Element AI, CA
- Facebook Research, US
- Intel Movidius, US
- Magic Leap, US
- Meta, US
- NVIDIA, US
- OSRAM Corporate Technology, DE
- PTC - Vuforia, US
- Qualcomm, US
- Rakuten, JP
- STMicroelectronics, IT
- Toshiba Research Europe, UK
- Toyota Europe Motor, BE
- Univrses, SE