A silicon photonics based terahertz synthesizer Ghent University
This project aims to develop a compact (chip-scale) source of terahertz waves. These are light
waves with a frequency somewhere between those of cellphones and those used for thermal
imaging. These terahertz waves could be used for telecommunication since they can provide much
higher wireless data rates than the currently used 3G, 4G and WiFi technologies. This increase in
data rate is needed since wireless channels are ...
Manual valve position monitoring device. University of Antwerp
Characterization and minimization of human RF-EMF exposure in realistic urban environments Ghent University
As telecommunications networks evolve to cope with ever-increasing user demands, so does our
exposure induced by radiofrequency (RF) electromagnetic fields (EMF). Though in most countries
legislation through science-based limits restrict this exposure, our methods to accurately
characterize it in our everyday environments are lacking in efficiency and are based on strict
assumptions. This research proposal aims in the ...
MIoT - Multimodal Internet of Things Communication. University of Antwerp
Active resonant metamaterials as a robust and adaptive lightweight solution in noise control engineering KU Leuven
Device-Free Localization using Multi-Frequency Radio Tomographic Imaging. University of Antwerp
Decoupling multivariate polynomials in nonlinear system identification Vrije Universiteit Brussel
This project focuses on a central task in block-oriented system identification and nonlinear state-space modeling: modeling nonlinear ...
Stochastic Modeling for Electromagnetic Interference Analysis of Complex Planar Circuits Ghent University
High operating frequencies of novel electronic devices make it increasingly hard for the designer to meet all specifications. In particular, electromagnetic compatibility (EMC) is a major concern. Moreover, as feature sizes decrease, manufacturing leads to uncertainty of the circuitsU+2019 behavior. In this Ph.D., design tools for complex planar circuits will be hugely improved by including EMC aspects and Uncertainty Quantification