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Evaluates a universal algorithm for microrelief synthesis, suggesting efficient computation methods.
In the article, using the several types of optical elements example, a study was made of creating a universal generic algorithm for the synthesis of microrelief using a multi-paradigm approach. The possibility of using parallelization of calculation was tested, during which a parallel version of the generic algorithm used for each type of element. The software architecture allowed the introduction of a parallel calculation mode without additional complexity. This provided multiple acceleration with increasing the elements aperture without losing the final images quality.
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Yablokov et al. (2026) studied this question.
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