Projects
Essential Technologies for the Einstein Telescope ET Ghent University
The first detections of gravitational waves since 2015 and the dawn of the multi-messenger astronomy era have demonstrated the enormous scientific potential of gravitational-wave observatories and provided a solid basis for the future of gravitational-wave (astro-)physics. The Einstein Telescope is envisioned as the pioneer of a new generation of gravitational wave detectors designed to realize this potential. An EU-funded Conceptual Design ...
Essential Technologies for the Einstein Telescope KU Leuven
The first detections of gravitational waves since 2015 and the dawn of the multi-messenger astronomy era have demonstrated the enormous scientific potential of gravitational-wave observatories and provided a solid basis for the future of gravitational-wave (astro-)physics. The Einstein Telescope is envisioned as the pioneer of a new generation of gravitational wave detectors designed to realize this potential. An EU-funded Conceptual Design ...
Radiation hardened high-speed digital circuits with multi-cell upset mitigation techniques for reliable communication links in nanoscale technologies KU Leuven
In this research project, innovative circuit techniques will be developed to enable low power, extremely high-speed radiation hardened digital communication links. Such communication channels are required in complex nuclear facilities such as the Large Hadron Collider, nuclear fusion power plants and high-performance satellites. Generally, digital chips become faster each year with smaller transistors, but they also become more sensitive to ...
Essential Technologies for the Einstein Telescope Hasselt University
Essential Technologies for the Einstein Telescope Vrije Universiteit Brussel
Towards zero-power sensor interfaces for future cyber-physical systems. KU Leuven
In order to be able to ...
Multi-modal sensor fusion for deep state estimation Ghent University
There is an abundance of sensory information being collected by sensors since the emergence of the Internet of things. Combining this information (sensor fusion) to get a meaningful picture of the system under observation currently needs a lot of expert knowledge and human engineering, which doesn't scale well with the growing amount of sensors available. These sensors can vary strongly (multi-modality), ranging from complex depth camera's to ...
Millimeter wave sensor solutions for chromatographic analyzer systems of today and tomorrow Vrije Universiteit Brussel
Design of mobile intelligent sensor systems based on elastic interconnection technology Ghent University
This PhD research responds to the increasing demand for portable electronic systems, that become more and more complex and often employ very advanced sensors, without limiting the comfort and mobility of the person that carries them. To that purpose, these mobile autonomous sensor systems will be designed based upon recently developed flexible and elastic interconnection technologies.