Projects
Development of a programmable phase plate for electron microscopy. University of Antwerp
A next generation Colour Appearance Model for self-luminous stimuli KU Leuven
The assessment of the quality and comfort of lighting requires a good understanding of the correlation between the optical properties of the stimuli and their corresponding perceptual attributes such as brightness, colourfulness and hue. To facilitate this, colour appearance models (CAM) have been developed for object colours and isolated self-luminous stimuli. In this project, these models will be extended for the evaluation of ...
Dictionary Learning Techniques and Distributed Algorithms for the Processing of Massive Heterogeneous Image Data (DOLPHIN) Vrije Universiteit Brussel
Hyperspectral Imagers for Health Monitoring Applications KU Leuven
This research will focus on building a system base on the imec hyperspectral camera for monitoring vital signs.
The vital signs we have most intests in are pulse rate (PR), pulse rate variability (PRV), oxygen saturation level (SpO2) and breathing rate (BR), these signs can be derived from a well-acquired PPG waveform.
The technique is aiming at monitoring vital signs in daily life in a cheap and efficient way. This system also ...
Application of Nonlinear Optics in Entomology KU Leuven
Up until now, insects have almost exclusively been studied with linear optical methods. However, nonlinear optical techniques, such as multiphoton microscopy, offer many advantages. Most importantly, due to the low probability of two photons interacting with a specimen simultaneously, multiphoton microscopy inherently offers optical slicing. It is therefore very easy to create a 3D image of a sample, with minimal loss of signal and a high ...