Title of article :
SOLUTION OF PARAMETRIC INVERSE PROBLEM OF ATMOSPHERIC OPTICS BY MONTE CARLO METHODS
Author/Authors :
SHAKENOV, KANAT Al-Farabi Kazakh National University - U M Sultangazin Space Researches Institute, Kazakhstan
Abstract :
In the article parametric inverse problems of atmospheric optics are considered. To solve these problems we applied algorithm the method of dependent tests for transport theory problems of Monte Carlo methods. The problems reduced to linear system of equations for parameters and solved by optimizations methods. The numerical solution of the optical depth of the extinction specified. The approximation error is no more than 5-10 percent, which is quite satisfactory for Monte Carlo methods.
Keywords :
inverse problem , atmospheric optics , Monte Carlo methods , local estimate , transport theory problems , indicatrix , optical depth , albedo , molecular scattering coefficients
Journal title :
TWMS Journal of Pure and Applied Mathematics
Journal title :
TWMS Journal of Pure and Applied Mathematics
