Applications of pointed ultra-resolution method in colour imaging

Abstract

The laws of distortions (including the influence of turbulent fluctuations of the refractive index) are presented as scalar product I(y)=(O, Ix), Ix is the undistorted image, which is localized as PSF O, I(y) is a value of the distorted image Iy in the point y. The small dimensions variation problem for resolving function R is a well definite one. The pointed algorithm of compensation for RGB PSF distortions is as follows. The scalar products I(z)=(R, Iy) are calculated in analogous way for all the points x=z, Ix ~ Iz, Iz is an image with the compensated distortions in the RGB planes. We may successfully use a pointed ultra-resolution method for all the modern multi-sensors receiving systems. Examples of applying of the pointed ultra-resolution method for the colour Martian images and images from Hubble telescope are considered.

Ultra-resolution and indication of objects

“…We have developed the ultra-resolution method. It enables us to solve the problem of the inversion for distortion of PSF R*O~d, where R is resolving function [1,2]. Let T be a image of the object-target.…”