The Use of a Model of Calculation of Polarization Scattering Matrices for the Study of Informativeness of Polarization Attributes for Classification of Objects of Observation

Abstract

A model of calculation of polarization scattering matrices for objects of observation in a complete polarization basis in view of features of their motion was developed. Simulation of implementations of polarization scattering matrices for various classes of objects of observation was carried out. Plots of dependence of the angle between the symmetry axis of objects of observation and the sight line on the time of observation were presented. Simulation of the process of classification of objects of observation by polarization attributes with the use of the model of calculation of polarization scattering matrices was carried out. Based on obtained implementations of polarization scattering matrices, informativeness of various groups of polarization attributes was studied.