The paper presents a generalized formalized bipartite graph of a cruising technology of high resolution space image formation and examines some approaches for improving the sharpness of the image based on the specification of the speed values of movement of the image on the focal plane side of the fixing apparatus. Besides, the authors discuss some approaches to the optimal extension of the bandwidth of spatial frequencies of the tract with the improvement in the objectivity of the formed images in the spatial-frequency representation.
The authors provide a quick way of building modifications, operations and algorithms of mass data processing with deconvolution of satellite images of high resolution in the representation of deconvolution in problem-oriented computer arithmetic.
In the work, on the basis of the practical observations of the approach to the interpretation of differences in improved resolution and contrast enhancement in the space image, the authors present a level-sensing technology of the degeneration of the process of correction of sharpness with deconvolution in the process of enhancing the contrast to support the decision of the operator-interpreter about the shutdown procedures for the transformation of the image.
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