ONE APPROACH TO ORGANIZATION OF MODULAR EXPONENTIATION ON MULTI-CORE PROCESSORS
Abstract
The article proposes an approach to the organization of the modular exponentation on multicore processors, which is based on the parallelization of the computational process due to the difference in the time of modular multiplication and modular elevation to the square. It is shown that the optimal number of cores that could be involved for the organization of parallel processing is two. The speed of modular exponentation increases by a 30%.
Keywords: modular exposure, Montgomery reduction, parallel calculations.
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