UDC 519.6
3 V.M. Glushkov Institute of Cybernetics, National Academy of Sciences of Ukraine, Kyiv, Ukraine
 khimich505@gmail.com
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HIGH-PERFORMANCE SUPERCOMPUTER TECHNOLOGIES OF SIMULATION AND IDENTI-
FICATION OF NANOPOROUS SYSTEMS WITH FEEDBACK FOR n-COMPONENT COMPETI-
TIVE ADSORPTION
Abstract. High-performance supercomputer computing technologies have been developed
to model and identify the parameters of complex n-component competitive adsorption processes in nanoporous cybersystems with feedback.
Using the Laplace transform and the Heaviside operating method with the decomposition of a nonlinear system
with Langmuir-type adsorption equilibrium conditions, an effective parallelization of the vector components of the model solution is proposed.
The results of numerical experiments based on parallel computations using multi-core computers are presented.
Keywords: high-performance parallel computations, nanoporous cybersystems with feedback, competent gas adsorption,
Langmuir adsorption equilibrium function, Laplace integral transformation, Heaviside operating method.
FULL TEXT
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