Abstract:
When forming a high-resolution space image and correcting sharpness on it, it is advisable to enhance image sharpness in the image to connect image processing processes built with consideration of the physics of light scattering in the studied areas. The paper presents the technology and the results of the corresponding sharpness correction for fragments of the display areas, generating physics of light flux scattering, which allows using mainly the method of perturbations to scatter the incident radiation on statistically uneven surfaces.
Keywords:deconvolution, Fraunhofer zone, perturbation method, finite-difference wave migration, space image, spatial-frequency spectrum, recursive continuation of the spatial-frequency spectrum.
