Monte Carlo simulations are extended to compute frequency- and time-domain Jacobians for optical tomography with realistic prism-terminated detectors, validated against diffusion approximation in neonatal head models.
Probabilistic atlas can improve recon- struction from optical imaging of the neonatal brain.Optics Express, 17(17):14977–14992, 2009
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Computation of frequency- and time-domain Jacobians in optical tomography with Monte Carlo simulations
Monte Carlo simulations are extended to compute frequency- and time-domain Jacobians for optical tomography with realistic prism-terminated detectors, validated against diffusion approximation in neonatal head models.