Vrije Universiteit Brussel
Sciences and Bioengineering Sciences
Sciences and Bioengineering Sciences
DIMA: Digital Mathematics
Bachelor, Master & PhD Thesis topics
Bachelor Thesis Topics:
- Max-Flow Min-Cut Stelling
- Hyperbolische meetkunde
- Scale-Invariant Feature Transform (SIFT)
- Matrix factorizatie en completie
- Permutatiegroepen en Rubiks kubus
- Het projectief vlak van orde 10
- The Sensitivity Conjecture
- Circulant preconditioners voor slecht geconditioneerde reguliere Toeplitz-matrices
- Kwadratische oplosbaarheid van Toeplitz stelsels: Durbin-Levinson algoritme
- Numerieke integratie voor exponentiële integralen: Laplace integratie
- Impulse invariante transformatie voor het numeriek oplossen van gewone differentiaalvergelijkingen
- Whitney's extension theorem
- Ultradifferentiable classes and the Denjoy-Carleman theorem
- Time-frequency analysis and uncertainty principles
- Handwritten Text Analysis Based on Deep Learning
- Image Modeling for Multi-Focus Fusion
Master and PhD Thesis Topics:
- Medical Image Analysis based on Fusion and Deep Learning
- Segmentation-Free Handwritten Text Recognition based on Joint Visual and Language Modeling
- Graph based learning
- Exploiting Computer Algebra for Efficient Symmetry Breaking
- 3D reconstruction from 2D images
- Sparsity for deep learning
- Quantification of rhythm in typesetting fonts
- Document Layout Analysis (more info)
- Document Image Quality Assessment
- Digital Painting Analysis
- Image Modeling for Multi-Focus Fusion
- Quantum algorithms for Cryptography
- Elliptic Curve Cryptography
In samenwerking met het KMI:
- Cloud detection in satellite imagery.
- Comparison of satellite- and ground-based measurements of solar irradiance for photovoltaic power generation.
- Use of statistical methods to study the weather and climate.
- Development of scientific software in support of meteorology and climate data analysis.