An AI Driven Dashboard for Instructional Feedback during the Learning Process

An AI Driven Dashboard for Instructional Feedback during the Learning Process

A Robot Taskmap Operation Framework to Support Precision Crop Farming

Bio-Inspired Control of Bio-Inspired Robots

Bio-inspired design of sensorimotor systems for robotic grasping

Doctoral project Matthijs Biondina

Doctoral project Rembert Daems

Enhancing General-Purpose Robotic Fingertips with Multi-Modal Sensing Using Flexible Integrated Circuits

Improving Mobile Robot Manipulation with Multimodal Large Language Models

Learning-Based Approaches for Robotic Manipulation with Everyday Items

Learning representations for robotic handling of deformable objects

Learning Robotic Cloth Manipulation

Low-Latency Communication for Collaborative Mobile Robot Helpers: Enhancing World Perception through Shared Sensing and Inter-Robot Information Exchange

Modular System for Instrumentation of Everyday Objects to Accelerate Robotic Learning

Multi-Modal Learning of Robotic Manipulation

Multi-Modal Sensor Fusion for Task-Learning in Robot Helpers

Physical Computing in Primary and Secondary Education: Techniques and Tools for Teaching and Assessment

Robot-Assistants for Wet Labs: Multimodal Sensing for Mobile Robot Manipulation

Simultaneous Evolution of a Seahorse Tail based Robotic Manipulator and Controller

Towards Robots for Domestic Laundry

AI-models for Computer Analysis of Sign Language Communication

Co-Speech Gestures: Evaluation and Generation

Doctoral project Alexander Vandesompele

Doctoral project Asma Chabane

Doctoral project Hassaan Amer

Doctoral project Iryna Korshunova

Doctoral project Jeroen Taets

Doctoral project Matthijs Biondina

Dynamic Perception for AI: From Biological Inspiration to Efficient Hardware

Impact of Axonal Delays in Reservoir Computing

Multimodal Human-Robot Interaction

Seahorse-inspired swiss army knife: versatile robot manipulators that also solve evolutionary problems

Seahorse-inspired swiss army knife: versatile robot manipulators that also solve evolutionary problems

The Social and Affective Touch in Human–Robot Interaction: Multisensory, Contextual, and Embodied Perspectives

Advanced Reasoning with Memory-Augmented Neural Networks

Computational thinking in the classroom

CS4HS, an annual funding program to improve the computer science (cs) educational ecosystem by providing funding for the continuation of cs teacher professional development worldwide.

Improving mobile robot manipulation with Multimodal Large Language Models

Intelligent Warehousing E-commerce Cobots

iSTEM - STEM education for everyone - year 2024-2025

Learning Robotic Manipulation of Challenging Objects through Differentiable Physics

Modular Control for Adaptive Bio-Inspired Robots: A Scalable Framework Leveraging Graph Neural Networks

Modular system for instrumentation of everyday objects to accelerate robotic learning

Modular system for instrumentation of everyday objects to accelerate robotic learning

Plants as intelligent sensors for precision agriculture

Quantifying feedbacks between forest structure, light, microclimate and carbon cycling using distributed photonic sensors

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

Simultaneous Evolution of a Seahorse Tail based Robotic Manipulator and Controller.

Smart Control for Precision Mechanical Weed Management on a Mobile Robot Platform

Smart Control for Precision Mechanical Weed Management on a Mobile Robot Platform

Sustainable implementation of InnoVET - 2021 - posting

Towards a general-purpose robot helper for manipulation in human-driven environments

Contingent behaviour generation in social robots using Deep Learning

Data-driven autonomous long-term interaction for social robots

Digital innovation for man and society

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

Seahorse-inspired swiss army knife: versatile robot manipulators that also solve evolutionary problems