In this paper, 3-D vector field tomography (3D-VFT) is employed to reconstruct three-
dimensional, irrotational fields in a bounded cubic domain. A sampling process along the …

Vector field tomography is a field that has received considerable attention in recent decades.
It deals with the problem of the determination of a vector field from non-invasive integral …

Processing the brain functionality during certain perceptual stimuli or activities is beneficial
to better understanding the lost abilities of a mind of a patient with cognitive impairment …

Understanding of the brain responses to emotional stimulation remains a great challenge.
Studies on the aging effect in neural activation report controversial results. In this paper …

Neutron transmission spectroscopy on a pulsed source is a radiography technique that
exploits characteristic cross-section energy-variations for element-specific imaging. The …

A tomographic method that efficiently reconstructs three-dimensional fields, despite the ill-
posedness of recovering a vector field from line integrals, is presented in this paper. The …

We consider the application of tomography to the reconstruction of two-dimensional vector
fields. The most practical sensor configuration in such problems is the regular positioning …

Vector tomography methods intend to reconstruct and visualize vector fields in restricted
domains by measuring line integrals of projections of these vector fields. Here, we deal with …

This thesis proposes an alternative methodology for solving the inverse EEG problem that,
instead of trying to model the neural sources and the propagation properties of the …