Projects
'Dynamic Spectrum Management' techniques and numerical optimization algorithms design for green, stable and fast DSL broadband access networks. KU Leuven
Imaging macro-XRF: Instrument optimization and improvement of depth selectivity. University of Antwerp
Optimization of the wireless channel and netsork including the human body Ghent University
Channel models will be developed taking into account the body of the user. These will be used to build a link emulator in a lab testbed for experimental validation of wireless cooperative network solutions in realistic scenarios. A hybrid MIMO network solution will be proposed to increasenetwork perfomance including the human body and to minimize the human exposure.
Optimization of the wireless channel and network including the human body Ghent University
Channel models will be developed taking into account the body of the user. These will be used to build a link emulator in a lab testbed for experimental validation of wireless cooperative network solutions in realistic scenarios. A hybrid MIMO network solution will be proposed to increase network performance including the human body and to minimize the human exposure.
Design and validation of models for short-term and long-term media mix investment optimization. University of Antwerp
Optimization and validation of a mouse model of atherosclerotic plaque rupture. University of Antwerp
Optical networks: performance analysis, optimization and control by means of analytic modeling (FWO-postdoc Wouter Rogiest) Ghent University
We study algorithms for flexible switching in optical packet-switched networks. By means of queueing models and analytic optimization techniques we evaluate the performance of existing algorithms. This characterization allows to propose modified algorithms, interacting flexibly with the instantaneous variations of traffic over the network.