The Monte Carlo-based inverse model of diffuse reflectance described in part I of this pair of
companion papers was applied to the diffuse reflectance spectra of a set of 17 malignant …

A flexible and fast Monte Carlo-based model of diffuse reflectance has been developed for
the extraction of the absorption and scattering properties of turbid media, such as human …

We explore the use of Monte-Carlo-model-based approaches for the analysis of
fluorescence and diffuse reflectance spectra measured ex vivo from breast tissues. These …

We report the measurement of optical transport parameters of pathologically characterized
malignant tissues, normal tissues, and different types of benign tumors of the human breast …

Model based data analysis of diffuse reflectance spectroscopy data enables the estimation
of optical and structural tissue parameters. The aim of this study was to present an inverse …

We have a toolbox to quantify tissue optical properties that is composed of specialized
fiberoptic probes for UV-visible diffuse reflectance spectroscopy and a fast, scalable inverse …

The optical absorption and scattering coefficients have been determined for specimens of
normal and diseased human breast tissues over the range of wavelengths from 500 to 1100 …

The absorption and transport scattering coefficients of biological tissues determine the radial
dependence of the diffuse reflectance that is due to a point source. A system is described for …

We have combined the Monte Carlo method with the small-angle approximation of the
radiative transfer theory to derive the optical properties (the absorption coefficient, the …

We describe a method for determining the reduced scattering and absorption coefficients of
turbid biological media from the spatially resolved diffuse reflectance. A Sugeno Fuzzy …