Discrete tomography reconstructs an image of an object on a grid from its discrete
projections along relatively few directions. When the resulting system of linear equations is …

Whenever measurements of a physical system are made, the quantization implicit in all
detection processes forces us to consider a discretisation of the problem. Hence it is …

Discrete tomography focuses on the reconstruction of functions from their line sums in a
finite number d of directions. In this paper we consider functions f: A→ R where A is a finite …

In discrete tomography, ghosts represent indeterminate locations of a reconstruction when
there is insufficient projection information to admit a unique solution. Our previous work …

The goal of discrete tomography is to reconstruct an unknown function $ f $ via a given set of
line sums. In addition to requiring accurate reconstructions, it is favourable to be able to …