We consider the problem of reconstructing binary images from their horizontal and vertical projections. It is well-known that the reconstruction may not be uniquely determined, and that it is in fact possible to have two disjoint reconstructions from the same set of projections. We will present a condition that the projections must necessarily satisfy in order for this to happen. More general, we can derive from given projections an upper bound on the symmetric difference between two reconstructions. We will also consider reconstructions from two different sets of projections, which gives us new stability results for the case of two directions
A novel approach to the reconstruction problem of binary tomography from a small number of X-ray pro...
Reconstructing binary matrices from their row, column, diagonal, and antidiagonal sums (also called ...
We describe a new approach for the uncertainty problem arising in the field of discrete tomography,...
AbstractIn this paper we prove several new stability results for the reconstruction of binary images...
Abstract: We consider the problem of reconstructing binary images from their horizontal and vertical...
Discrete tomography deals with the problem of reconstructing a an image, with a few number of differ...
The recovery of an unknown density function from the knowledge of its projections is the aim of tomo...
Binary tomography deals with the problem of reconstructing a binary image from a set of its projecti...
In the present paper we mathematically prove several stability results concerning the problem of rec...
Discrete tomography deals with the reconstruction of images from projections collected along a few g...
AbstractOne of the main problems in discrete tomography is the reconstruction of binary matrices fro...
We present a novel approach to the tomographic reconstruction of binary objects from few projection ...
The new field of research of discrete tomography will be described in this paper. It differs from st...
Discrete tomography deals with image reconstruction of an object with a finitely many gray levels (s...
AbstractDiscrete tomography deals with the reconstruction of images from their projections where the...
A novel approach to the reconstruction problem of binary tomography from a small number of X-ray pro...
Reconstructing binary matrices from their row, column, diagonal, and antidiagonal sums (also called ...
We describe a new approach for the uncertainty problem arising in the field of discrete tomography,...
AbstractIn this paper we prove several new stability results for the reconstruction of binary images...
Abstract: We consider the problem of reconstructing binary images from their horizontal and vertical...
Discrete tomography deals with the problem of reconstructing a an image, with a few number of differ...
The recovery of an unknown density function from the knowledge of its projections is the aim of tomo...
Binary tomography deals with the problem of reconstructing a binary image from a set of its projecti...
In the present paper we mathematically prove several stability results concerning the problem of rec...
Discrete tomography deals with the reconstruction of images from projections collected along a few g...
AbstractOne of the main problems in discrete tomography is the reconstruction of binary matrices fro...
We present a novel approach to the tomographic reconstruction of binary objects from few projection ...
The new field of research of discrete tomography will be described in this paper. It differs from st...
Discrete tomography deals with image reconstruction of an object with a finitely many gray levels (s...
AbstractDiscrete tomography deals with the reconstruction of images from their projections where the...
A novel approach to the reconstruction problem of binary tomography from a small number of X-ray pro...
Reconstructing binary matrices from their row, column, diagonal, and antidiagonal sums (also called ...
We describe a new approach for the uncertainty problem arising in the field of discrete tomography,...