Abstract
The paper discusses creation of modern computational technologies and methods of parallel programming aimed at improving efficiency of solving fundamental scientific and applied problems. Primary attention is focused on theoretical issues and practical implementation of technological decomposition and parallelization of algorithms and codes of the computational system “Potok-3,” which is designed for the numerical modeling of aerodynamics and physical gas dynamics problems. General problems of portability of methods and algorithms, as well as program packages implementing them, designed for single-processor machines to multiprocessor computational systems are discussed.
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