In this paper we study three-dimensional cone beam local tomography. We analyze the local
tomography function f_Λ^c, which was proposed earlier in AK Louis and P. Maass, IEEE …

In this paper, we study cone beam local tomography (LT). A new LT function g is proposed. It
is shown that g contains non-local artefacts, but their strength is an order of magnitude …

Computed x-ray tomography entails the reconstruction of a density function f from line
integrals of f. Ordinary tomography is global since reconstruction at a point a requires …

Standard, or global, tomography involves the reconstruction of a function f from line
integrals. Local tomography, in this paper, involves the reconstruction of a related function …

We develop reconstruction algorithms for local cone-beam tomography for use with
generalized scanning trajectories. The algorithms are grounded theoretically in a recently …

Tomography produces the reconstruction of a function f from a large number of line integrals
of f. Conventional tomography is a global procedure in that the standard convolution …

Proposed is a pseudolocal tomography concept. A function f_d is defined which, on one
hand, has locality properties and, on the other hand, preserves locations and sizes of …

Single-scattering tomography describes a model of photon transfer through a object in which
photons are assumed to scatter at most once. The Broken Ray transform arises from this …

In this chapter, we introduce a range of tomography problems, including X-ray imaging,
limited data problems, electron microscopy and radar imaging. We are interested in the …

A characteristic of local reconstruction is that the x-ray detector array need only be slightly
larger than the projected volume of interest within the object scanned. This feature of local …