Projects
Robust and sparse methods to model mean and dispersion behavior in Generalized Linear Models. University of Antwerp
Buiding a robust and high-bioanalytical platform for metabolomics. University of Antwerp
Robust Control of Time-Delay Systems: Analysis, Computational Methods and Software KU Leuven
A first step in analyzing the behavior of a dynamical system consists of deriving a mathematical model that adequately describes its behavior. Time-delay systems have proven valuable as compact models capable of representing complex phenomena in a wide variety of applications ranging from life sciences over physics and engineering to economics. Nevertheless, the obtained models are typically only an approximation for reality, due to unmodeled ...
Bacteriophages and monolith-cryogels: A new robust tool in chromatography KU Leuven
In view of the fast evolution in the biomedical research, there is an increasing need for quick, inexpensive and robust methods, including in the niche of protein chromatography. In this project, we want to focus on the use of monolith-cryogel as matrix and peptide-displaying phage as ligands in affinity chromatography. The cryogel matrix, with its specific large pore structure, is especially fit to purify components from crude materials such ...
Active resonant metamaterials as a robust and adaptive lightweight solution in noise control engineering KU Leuven
Robust identification of patient-specific parameters for bolus calculators in type 1 diabetic patients KU Leuven
Advanced MIMO signal processing for robust high-speed electrical and RF chip-to-chip communication Ghent University
This research proposal involves high-speed chip-to-chip communication. The research aims at reducing the harmful effect of crosstalk by coordinating the transceivers located on a same chip. In addition, robust signal processing will be developed to counteract the harmful effect of manufacturing tolerances.
Robust state-of-the-art 3-laser flow cytometer Ghent University
Replacement of the outdated 2-laser flow cytometer by a robust yet sensitive state-of-the-art 3-laser flow cytometer at the Faculty of Veterinary Medicine core facility. This novel basic equipment will allow both phenotypical and functional multicolor characterisation using the next generation fluorochromes with minimal spectral overlap, being compliant with the facultary cell sorter also equipped with three lasers.
Robust modelling and optimisation of stochastic processes with imprecise probabilities, applied to queueing systems Ghent University
In this project the paradigm of imprecise
probabilities (expertise 1st promotor) is applied to stochastic processes that are usually described by ‘common’, i.e. precise, probability theory. The
targeted application is on processes that occur in queueing systems (expertise of 2nd and 3rd promotor). The new treatment allows us to quantify the belief we can put in results from classic queueing analysis in the presence of ...