The line projection with a lattice of points and the strip projection with a lattice of cells are popularly used in modeling the raw detector reading in discrete tomography (DT). In the strip-based projection model for a 2D rectangular region, the projection equations are formulated according to the fractional areas of the intersection of each strip-shaped beam and the rectangular grid of an image. We propose, in this paper, a scheme to formulate a real system of linear equations for the strip-based projection model and to convert it into a binary linear system. Thus all the existing reconstruction algorithms for the line-based projection model in DT can be accordingly adapted. Numerical examples are given to illustrate our algorithm
AbstractThere are many algorithms in the literature for the approximating reconstruction of a binary...
Let Cu=k be an underdetermined linear system generated by the strip-based projection model in discre...
Discrete tomography (DT) is a special kind of tomography that can be applied if the object to be rec...
The line projection with a lattice of points and the strip projection with a lattice of cells are po...
AbstractDiscrete tomography deals with image reconstruction of an object with finitely many gray lev...
Discrete tomography deals with image reconstruction of an object with finitely many gray levels (suc...
Discrete tomography deals with image reconstruction of an object with a finitely many gray levels (s...
Discrete tomography deals with image reconstruction of an object with a finitely many gray levels (su...
Discrete tomography deals with image reconstruction of an object with a finitely many gray levels (s...
The projection equations in the research of discrete tomography are obtained by either counting the ...
A full row-rank system matrix generated by the strip-based projection model along one scanning direc...
Discrete tomography is a particular case of computerized tomography that deals with the reconstructi...
We propose and study the reconstruction of large binary images in discrete tomography (DT) by applyi...
Discrete tomography deals with the reconstruction of images from projections collected along a few g...
AbstractThere are many algorithms in the literature for the approximating reconstruction of a binary...
Let Cu=k be an underdetermined linear system generated by the strip-based projection model in discre...
Discrete tomography (DT) is a special kind of tomography that can be applied if the object to be rec...
The line projection with a lattice of points and the strip projection with a lattice of cells are po...
AbstractDiscrete tomography deals with image reconstruction of an object with finitely many gray lev...
Discrete tomography deals with image reconstruction of an object with finitely many gray levels (suc...
Discrete tomography deals with image reconstruction of an object with a finitely many gray levels (s...
Discrete tomography deals with image reconstruction of an object with a finitely many gray levels (su...
Discrete tomography deals with image reconstruction of an object with a finitely many gray levels (s...
The projection equations in the research of discrete tomography are obtained by either counting the ...
A full row-rank system matrix generated by the strip-based projection model along one scanning direc...
Discrete tomography is a particular case of computerized tomography that deals with the reconstructi...
We propose and study the reconstruction of large binary images in discrete tomography (DT) by applyi...
Discrete tomography deals with the reconstruction of images from projections collected along a few g...
AbstractThere are many algorithms in the literature for the approximating reconstruction of a binary...
Let Cu=k be an underdetermined linear system generated by the strip-based projection model in discre...
Discrete tomography (DT) is a special kind of tomography that can be applied if the object to be rec...