Projects
Deep Learning based methods for transparent object grasping Hasselt University
Queering the censorship: A (self)-investigation through the first-person perspective of an experimental filmmaker in Vietnam. University of Antwerp
A new framework for quantitative characterization of water in materials by VNIR and SWIR optical reflectance imaging. University of Antwerp
Tragedy and Levity: A Reconstructive Approach AP Hogeschool Antwerpen
Quantum Cascade Laser (QCL) voor in-situ spectroscopische beeldvorming vanop afstand. University of Antwerp
A general line variety model for sensors, allowing stable calibrations that meet the accuracy standards for medical applications. University of Antwerp
3D hyperspectral point cloud processing for smarter UAVs Ghent University
Nowadays, Unmanned Aerial Vehicles (UAVs) are often employed as a measuring or monitoring device in a wide range of remote sensing applications: e.g., in precision agriculture (the need for observing the inter- and intra-variability in crops), in infrastructure inspection (the need for detecting defects) or in culture heritage digitization (the need for creating a digital twin). Today, a correct interpretation of UAV captured image data is ...
3D reconstruction of an environment using mobile devices KU Leuven
Mobile devices such as smartphones and tablets are becoming increasingly powerful and are often equipped with multiple cameras allowing to sense their environment. However, creating a precise 3D reconstruction using such mobile devices in real-life situations is still very challenging. The aim of this project is to create a dense 3D reconstruction of the environment using the sensors available on mobile devices. Our focus will be on the use ...
LED and laser diode based illumination systems with a tuneable radiation pattern KU Leuven
The adoption of solid-state light sources for general lighting applications was mainly driven by the continuous need for efficiency improvements in the lighting industry. Most luminaires nowadays, make use of LEDs that can be easily dimmed if necessary. Introducing inexpensive sensors into these lighting fixtures can further reduce energy consumption by monitoring the environment and adjusting the illumination accordingly. A simple example ...