AI-models for Computer Analysis of Sign Language Communication

Beyond Digital: New Paradigms of Computation

Data-Efficient Learning for Automatic Sign Language Translation

Doctoral project Alexander Vandesompele

Doctoral project Asma Chabane

Doctoral project Hassaan Amer

Doctoral project Iryna Korshunova

Doctoral project Jeroen Burms

Doctoral project Lionel Pigou

Doctoral project Matthias Freiberger

Doctoral project Stefan-Teodor Iacob

Dynamic Perception for AI: From Biological Inspiration to Efficient Hardware

From Signs to Understanding: Taking the Next Steps in Automatic Sign Language Translation

Neural Sign Language Recognition and Translation: Towards Sign Language Applications Powered by Artificial Intelligence

Resource-Efficient Deep Learning for Computer Vision

Bio-Inspired Control of Bio-Inspired Robots

Doctoral project Andrew Katumba

Doctoral project Bendix Schneider

Doctoral project Chonghuai Ma

Doctoral project Floris Laporte

Doctoral project Imad Faruque

Doctoral project Martin Fiers

Doctoral project Muhammed Gouda Ahmed Gouda

Doctoral project Omar Enrique Florez Peñaloza

Doctoral project Peter De Roovere

Doctoral project Stijn Sackesyn

Doctoral project Thomas Van Vaerenbergh

Doctoral project Victor-Louis De Gusseme

Incorporating long-range interactions and polarization in machine learning potentials with explicit electrons

Learning Robotic Cloth Manipulation

Neural Network Accelerators

Novel Architectures for Optical Neuromorphic Information Processing

Photonic Reservoir Equalization in Coherent and Self-Coherent Systems

Photonics-Based Machine Learning to Speed up and Simplify Label-Free Flow Cytometry

The Wavelength Dimension in Photonic Reservoir Computing

Value-Aware Artificial Intelligence

Advanced simulation, analysis and interpretation of network structures in biological data

AI-powered accessibility and communication tools for sign language users operating in a hearing world

BOF-ZAP professorship in machine learning

Brain-Computer Interfaces With Machine Learning

Brain-inspired plasticity mechanisms for efficient computing in physical systems

Brain-inspired technologies for intelligent navigation and mobility

Digital innovation for man and society

From more to less: getting the best out of deep learning with constrained resources.

Human Brain Project

Human Brain Project Specific Grant Agreement 2

Hyper-dimensional scalable sensors: the road forward to always-on context-awareness in electronic devices?

Impact of local topology and local adaptation on network behaviour

Impact of topological adaptation in biological and artificial neural

PHRESCO: PHotonic REservoir COmputing

Portable highly accurate detection of epileptic seizures

Run-time adaptive hierarchical neural architectures for representation learning in modular sensor networks

Sign Language Translation Mobile Application and Open Communications Framework

Sign language translation using deep learning

Using artificial intelligence to facilitate communication between deaf and hearing people

"What are you signing?!" - amai, AI citizen science project

Adaptive modular architecture for rich motor skills

Bayesian inference applied to reservoir computing for the modelling and control of dynamical systems

Controlling biologically inspired robots using morphological computatrion

Development of trainable all-optical spiking neural networks in integrated photonics and their applications

Human Brain Project Specific Grant Agreement 1

Low-power all-optical information processing beyond 100 Gbps using neuro-inspired techniques

Nanophotonic implementation of reservoir computing

ORGANIC: Self-organized recurrent neural learing for language processing

Portable highly accurate detection of epileptic seizures

Robotic manipulation of deformable objects using deep reinforcement learning for increased automation in the textile industry

Smart audio processing for interactive multimedia (SAPIM)

Ultra-Low-Power Readout for Photonic Neuromorphic Computing

Wavelength Division Multiplexing in Photonic Reservoir Computing

BOF-ZAP professorship in machine learning