The digitalization of humans through 3D scans is a fascinating process that allows people to recreate hyper-realistic individuals virtually and use them in many ways. In order to properly digitize a human for production purposes, the 3D scan must be generated efficiently and in a quick manner, yet still …

More specifically, the discussed topics were as follows:• Artificial Intelligence-based detection of crack on photos from masonry structures• Crack monitoring with invisible infrared markers• 3D scene reconstruction and crack registration• Artificial Intelligence for the inspection of concrete slabs• …

In pre-treatment dose verification, low resolution detector systems are unable to identify shifts of individual leafs of high resolution multi leaf collimator (MLC) systems from detected changes in the dose deposition. The goal of this study was to introduce an alternative approach (the shutter technique) …

The objective of this study was to introduce a new iterative method to reconstruct multi leaf collimator (MLC) positions based on low resolution ionization detector array measurements and to evaluate its error detection performance. The iterative reconstruction method consists of a fluence model, a detector …

Dit rapport focust op het kiezen, ontwerpen, realiseren en uiteindelijk testen van een analysemethode die de verspreiding van houtskool in een cold flow wervelbed (verbrandingskamer) kan bepalen. Deze coldflow opstelling is een simulatie van MILENA met 22MW thermische input. Tijdens dit afstudeerproject …

The COMPASS system (IBADosimetry) is a quality assurance (QA) tool which reconstructs 3D doses inside a phantom or a patient CT. The dose is predicted according to the RT plan with a correction derived from 2D measurements of a matrix detector. This correction method is necessary since a direct reconstruction …

To quantify the dosimetric accuracy of the COMPASS correction kernel method, and to determine its ability to detect dose delivery errors caused by MLC leaf mis-positioning.