Absorption (μ_a) and reduced scattering (μs′) spectra of turbid media were quantified with
a noncontact imaging approach based on a Fourier-transform interferometric imaging …

We present a method and technique of using hyperspectral diffuse reflectance for rapid
determination of the optical properties of turbid media. A hyperspectral imaging system in …

Background Accurate measurements of the optical properties of biological tissue in the
ultraviolet A and short visible wavelengths are needed to achieve a quantitative …

We applied hyperspectral imaging to measure spatially-resolved diffuse reflectance spectra
in the visible range and an iterative inversion method based on forward Monte Carlo …

We present a novel, noncontact method for the determination of quantitative optical
properties of turbid media from 430 to 1050 nm. Through measuring the broadband …

A hybrid optical device that uses a multimode fiber coupled to a tunable light source for
illumination and a 2.4-mm photodiode for detection in contact with the tissue surface is …

Angular domain spectroscopic imaging (ADSI) is a novel technique for the detection and
characterization of optical contrast in turbid media based on spectral characteristics. The …

We propose and objectively evaluate an inverse Monte Carlo model for estimation of
absorption and reduced scattering coefficients and similarity parameter γ from spatially …

Noncontact, frequency-domain measurements of diffusely reflected light are used to quantify
optical properties of two-layer tissuelike turbid media. The irradiating source is a sinusoidal …

Measurement of photon penetration in biological tissues is a central theme in optical
imaging. A great number of endogenous tissue factors such as absorption, scattering, and …