SOWA OPAC : Katalog komputerowy książek, czasopism i zbiorów specjalnych

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Methods of mathematical modeling and identification of complex processes and systems on the basis of high-performance calculations : (neuro- and nanoporous feedback cyber systems, models with sparse structure data, parallel computations) / Mykhaylo Petryk, Tomasz Gancarczyk, Oleksander Khimich ; University of Bielsko-Biała, Poland, Ternopil Ivan Puluj National Technical University, Ukraine, V. M. Glushkov Institute of Cybernetics of National Academy of Ukraine. - Bielsko-Biała : Wydawnictwo Naukowe Akademii Techniczno-Humanistycznej w Bielsku-Białej, 2021. - 194 strony : ilustracje, wykresy ; 24 cm.

Autor

Petrik Mihajlo Romanovič (1959- ) Gancarczyk Tomasz Himič Oleksandr Mikolajovič

Forma i typ

Książki Publikacje naukowe

Temat

HPC (technika obliczeniowa) Modele matematyczne Superkomputery Systemy cyberfizyczne

Gatunek

Monografia

Dziedzina i ujęcie

Matematyka

Bibliografia, netografia na stronach 189-194.

Chapter1. High-performance methods of diagnostics and identification of the abnormal neurological state parameters caused by cognitive feedback influences of the cerebral cortex 1.1 Problems of human neurological conditions 1.2 Comprehensive methodology and analysis tools for the diagnosis of neurological conditions of T-objects based on the hybrid ANM model. Problems of human neurological conditions 1.3 Hybrid mathematical model for the analysis of the ANM of the T-object based on feedback-connections and the effects of the neural nodes of the CC 1.4 Identification of AMM amplitude components. Inverse heterogeneous boundary value problem taking into account the cognitive feedback influences of the neuronodes of the CC 1.5 Initial-boundary value problems accompanying algorithms for identifying parameters in the ANM 1.6 Statement and methodology for the ANM conjugate boundary value problem solving 1.7 Statement and methodology for solving conjugate initial-boundary value problems of functional identification of the ANM 1.8 Expressions for gradient components and regularization expressions 1.9 Modeling and identification of parameters of complex multicomponent non-biofeedback systems on multicore computers Chapter 2. High-performance methods of modeling and identification of feedback influences of competitive adsorption of gaseous air pollutants at micro- and macro-levels in nanoporous systems 6 METHODS OF MATHEMATICAL MODELING (...) 2.1. Analysis of research state 2.2 Experimental setap 2.3 Experimental results: Gaseous benzene and hexane competitive adsorption curves 2.4 A mathematical model of competitive adsorption and competitive diffusion in microporous solids 2.5 Numerical simulation and analysis: Competitive diffusion coefficients. Concentration profiles in inter- and intracrystallite spaces 2.6 Iterative gradient method of the identification of competitive diffusion coefficients 2.7 The linearization schema of the nonlinear competitive adsorption model. System of linearized problems and construction of solutions Chapter 3. High computational methods and simulation technology nanoporous systems with feedback adsorption for gas purification 3.1 Nonlinear mathematical model of nonisothermal adsorption and desorption based on the generalized Langmuir adsorption equilibrium equation 3.2 The methodology for constructing analytical solution systems to heterogeneous adsorption / desorption problems 3.3 Computer simulation. Analysis of the distributions of the adsorbent concentration in the gas phase and nanopores of zeolite and temperatures Chapter 4. High-performance algorithms for solving systems of nonlinear equations on supercomputers with parallel organization of computations 4.1 Layered parallel computing model 4.2 Parallel algorithms for solving SNE with a sparse data structure 4.3 Parallel algorithms for solving systems of linear equations with a sparse matrix METHODS OF MATHEMATICAL MODELING (...) 4.4 Hybrid algorithms for solving linear systems with sparse matrices of irregular structure based on LLT-decomposition of block-diagonal matrices with framing 4.5 Experimental study of parallel algorithms Chapter 5. The methods of integral transformations for creation of hybrid ANM-models 5.1. Finite integral Fourier transformation with spectral parameter for homogeneous media 5.2 Finite hybrid integral Fourier transformation for bounded heterogeneous n-component media 5.3 Integral Fourier transformation for semi-bounded heterogeneous n – component media

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