PhD Supervision
- Slobodan Dražić
PhD thesis title: Shape Based Methods for Quantification and Comparison of Object Properties from Their Digital Image Representation,
defended on February 20, 2019, at the Faculty of Technical Sciences, University of Novi Sad.
(supervision together with Dr Joakim Lindblad, Uppsala University, Sweden) - Marina Šulc
PhD thesis title: Regularized Models for Tomographic Image Reconstruction,
defended on April 10, 2024, at the Faculty of Technical Sciences, University of Novi Sad.
- Tamara Palalić, in progress, Faculty of Technical Sciences, Novi Sad.
Project No. 1: Discrete Tomography
Tomography deals with the reconstruction of images from a number of projections.
From the mathematical point of view, where an image is represented by
a function, the problem posed is to reconstruct a function from its integrals
or sums over subsets of its domain. The tomographic reconstruction problem
may be continuous or discrete. In the discrete case, the range of the function
to be reconstructed is a finite discrete set and the field which deals with this
problem is called discrete tomography (DT). The term discrete tomography is
introduced at the meeting "Mini-Symposium on Discrete Tomography" which
was held in 1994 (Rutgers University, USA). DT often deals with reconstructions
of images that contain a small number of gray levels. A special case
of DT, which is called binary tomography (BT), deals with the problem of
reconstruction of binary images. The field of DT application is diverse, for
example, it is often used in medical imaging, electron microscopy,
and in industrial tomography.
