An optical tomographic imaging system that is composed of 32 near infrared time-resolved
spectroscopic channels has been newly implemented for the experimental evaluation of …

A Newton–Raphson inversion algorithm has been extended for simultaneous absorption
and scattering reconstruction of fully three-dimensional (3D) diffuse optical tomographic …

Although a full three-dimensional (3-D) reconstruction with both 3-D forward and inverse
models provides the optimal solution for diffuse optical tomography (DOT), because of the 3 …

Following several years of development the construction of a multichannel time-resolved
imaging device for medical optical tomography has been completed. Images are …

Preterm infants have an increased risk of cerebral haemorrhages or hypoxic-ischaemic
injuries. If undetected these can lead to severe neurodevelopmental disorders, in particular …

This paper addresses the inverse problem of time-resolved (fluorescence) diffuse optical
tomography from temporal moments of the measurements. A methodology that enables one …

We present the development of an experimental three-dimensional (3-D) diffuse optical
tomographic image reconstruction system for imaging of highly scattering tissue-mimicking …

This paper proposes a new fast 3D image reconstruction algorithm for Diffuse Optical
Tomography using reduced order polynomial mappings from the space of optical tissue …

In this paper, a novel reconstruction method is presented for Near Infrared (NIR) 2-D
imaging to recover optical absorption coefficients from laboratory phantom data. The main …

Image-guided diffuse optical tomography has the advantage of reducing the total number of
optical parameters being reconstructed to the number of distinct tissue types identified by the …