Concluded research projects

ADLIFE

ADvanced machine learning research platform for autonomous Lifelong learning of complex robotic systems in dynamically changing real-world environments.

D-Life

The D-Life project will provide an unprecedented insight into how different behavioral strategies, sensory information, structural and mechanical features, and neural mechanisms interact to create complex versatile behaviors.

CloudBrain

Based on modern cloud infrastructure and on the Spiking Neural Network model, CloudBrain is a tool for simulating neural networks.

HealthCAT

Creating a mobile robot, which would be able to support one or more functions in the healthcare sector in order to decrease workload on caregivers and improve the overall quality of care. (Danish & German only)

LOFT

Long-term autOnomy For service robots in consTruction. The project aims to explore the potential of robotics and AI in the construction sector by employing mobile service robots.

MORF - MOdular Robot Framework

An insect robot that is being used as a research platform by researchers in, among other things, their work on developing an artificial brain for robots.

NEUTRON

NEUTRON Lab focuses on developing neurorobotic technology for advanced robot motor control of multi-limbed robotic systems.

SMOOTH

Developing a robot for nursing homes that take over routine tasks, freeing up time for the nursing staff to spend more quality time with the elderly.

Swarm Robotics for Industry 4.0

A study decentralized coordination between mobile robotics in I4.0 manufacturing and warehouse scenarios to achieve high levels of autonomous, scalability, flexibility, and robustness.

UnOrthoDOKS

A 3D printed modular knee brace developed to help ease the pain related to a painful and incurable knee disease called osteoarthritis.

Plan4Act

Copying the thought patterns of monkeys in order to develop intelligent systems tat could give the power of thought a whole new meaning.