Titlebook: Computational Intelligence Applied to Inverse Problems in Radiative Transfer; Ant?nio José da Silva Neto,José Carlos Becceneri,H Book 2023

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Probability and Its Applicationscattering albedo and optical thickness in one-dimensional homogeneous participating media, employing ANNs trained with patterns generated with a Monte Carlo Method (MC), with different levels of precision.

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Artificial Neural Networks,cattering albedo and optical thickness in one-dimensional homogeneous participating media, employing ANNs trained with patterns generated with a Monte Carlo Method (MC), with different levels of precision.

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Introduction,of inverse problems. In the areas of engineering, applied mathematics, and computing, researchers are increasingly looking to nature in an attempt to understand how to solve real problems, including the inverse problems.

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Genetic Algorithms,ion to the inverse radiative transfer problem, for the determination of the optical thickness, single scattering albedo, and diffuse reflectivities in the internal part of the boundary surfaces of one-dimensional homogeneous participating media. The results obtained with the combination of the GA me

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Artificial Neural Networks,s application to the inverse radiative transfer problem, for the determination of the optical thickness, single scattering albedo, and diffuse reflectivities in the internal part of the boundary surfaces of one-dimensional homogeneous participating media. The results obtained with the combination of