A general survey is provided on the capability of Monte Carlo (MC) modeling in tissue optics
while paying special attention to the recent progress in the development of methods for …

Monte Carlo (MC) simulation for light propagation in tissue is the gold standard for studying
the light propagation in biological tissue and has been used for years. Interaction of photons …

A Monte Carlo method for photon transport has gained wide popularity in biomedical optics
for studying light behaviour in tissue. Nowadays, typical computation times range from a few …

While there exist many Monte Carlo (MC) programs for solving the radiative transfer
equation (RTE) in biological tissues, we have identified a need for an open-source MC …

Monte Carlo simulations are a fundamental and versatile approach toward modeling light
transport in tissues. While diffusion theory for light transport is a fast and convenient way to …

Two efficient Monte Carlo models are described, facilitating predictions of complete time-
resolved fluorescence spectra from a light-scattering and light-absorbing medium. These are …

The mesh-based Monte Carlo (MMC) algorithm is increasingly used as the gold-standard for
developing new biophotonics modeling techniques in 3-D complex tissues, including both …

A novel scheme for fully scalable White Monte Carlo (WMC) has been developed and is
used as a forward solver in the evaluation of experimental time-resolved spectroscopy …

Monte Carlo simulations of photon propagation offer a flexible yet rigorous approach toward
photon transport in turbid tissues. This method simulates the “random walk” of photons in a …

As the most accurate model for simulating light propagation in heterogeneous tissues,
Monte Carlo (MC) method has been widely used in the field of optical molecular imaging …