An experimental validation of an inversion procedure for retrieving the optical properties of
layered media from multidistance time-resolved reflectance measurements is presented …

An inversion procedure for the recovery of absorption coefficients of a two-layered semi-
infinite diffusive medium by use of time-resolved reflectance measured at two different …

In this work, we have tested the optimal estimation (OE) algorithm for the reconstruction of
the optical properties of a two-layered liquid tissue phantom from time-resolved single …

A procedure for retrieving the optical properties of a two-layered diffusive medium based on
an exact analytical solution of the diffusion equation and on relative multidistance time …

A novel methodology for solving the inverse problem of diffuse optics for two-layered
structures is proposed to retrieve the absolute quantities of optical absorption and reduced …

Light propagation in two-layered turbid media that have an infinitely thick second layer is
investigated with time-resolved reflectance. We used a solution of the diffusion equation for …

The main challenge of noninvasive optical biopsy is to obtain an accurate value of the
optical coefficients of an encapsulated organ (muscle, brain, etc.). The idea developed by us …

We report the recovery of broadband (650-1000 nm) diffuse optical absorption and reduced
scattering spectra stratified by layer in a two-layer phantom. The broadband optical …

We have investigated a method for solving the inverse problem of determining the optical
properties of a two-layer turbid model. The method is based on deducing the optical …

We try a new approach with near-IR time-resolved spectroscopy, to separate optical signals
originated in the upper layer from those in the lower layer and to selectively determine the …