Computational analysis and Monte Carlo simulation of wave propagation

Computational analysis and modelling of wave propagation and interaction with objects are essential to help understand the fundamental problems of wave travelling. Though various methods have been proposed to model the wave propagation procedures, Monte Carlo simulation plays important role as an effective method to trace individual phone history, based on the statistics of large photon population sample to approach the wave propagation in scattering tissue objects. This paper represent our computational modelling and investigation of the Monte Carlo simulation of light propagation in scattering objects. Computer algorithms were developed to simulate the photo migration using different attenuation coefficients in the model. Results show that our Monte Carlo simulation of light propagation is capable to simulate the three-dimensional light-tissue interaction problem.