3 research outputs found
Methods 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)
PREFACE ...9
INTRODUCTION ...15
Chapter1. High-performance methods of diagnostics and identification of the
abnormal neurological state parameters caused by cognitive feedback influences
of the cerebral cortex ...21
1.1 Problems of human neurological conditions ...21
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 ...23
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...26
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 ...32
1.5 Initial-boundary value problems accompanying algorithms for identifying
parameters in the ANM ...35
1.6 Statement and methodology for the ANM conjugate boundary value problem
solving ...36
1.7 Statement and methodology for solving conjugate initial-boundary value
problems of functional identification of the ANM ...37
1.8 Expressions for gradient components and regularization expressions ...39
1.9 Modeling and identification of parameters of complex multicomponent non-biofeedback
systems on multicore computers ...42
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 ...50 2.1. Analysis of research state ...50
2.2 Experimental setap ...52
2.3 Experimental results: Gaseous benzene and hexane competitive adsorption
curves ...52
2.4 A mathematical model of competitive adsorption and competitive diffusion in
microporous solids ...54
2.5 Numerical simulation and analysis: Competitive diffusion coefficients.
Concentration profiles in inter- and intracrystallite spaces ...62
2.6 Iterative gradient method of the identification of competitive diffusion
coefficients ...65
2.7 The linearization schema of the nonlinear competitive adsorption model. System
of linearized problems and construction of solutions ...69
Chapter 3. High computational methods and simulation technology nanoporous
systems with feedback adsorption for gas purification ...76
3.1 Nonlinear mathematical model of nonisothermal adsorption and desorption based
on the generalized Langmuir adsorption equilibrium equation ...77
3.2 The methodology for constructing analytical solution systems to heterogeneous
adsorption / desorption problems ...81
3.3 Computer simulation. Analysis of the distributions of the adsorbent concentration
in the gas phase and nanopores of zeolite and temperatures ...86
Chapter 4. High-performance algorithms for solving systems of nonlinear
equations on supercomputers with parallel organization of computations ...92
4.1 Layered parallel computing model ...93
4.2 Parallel algorithms for solving SNE with a sparse data structure ...97
4.3 Parallel algorithms for solving systems of linear equations with a sparse matrix ...99 4.4 Hybrid algorithms for solving linear systems with sparse matrices of irregular
structure based on LLT-decomposition of block-diagonal matrices with framing .. 125
4.5 Experimental study of parallel algorithms ...131
Chapter 5. The methods of integral transformations for creation of hybrid
ANM-models ...137
5.1. Finite integral Fourier transformation with spectral parameter for homogeneous
media ...137
5.2 Finite hybrid integral Fourier transformation for bounded heterogeneous ncomponent
media ...147
5.3 Integral Fourier transformation for semi-bounded heterogeneous n – component
media ...169
Conclusions ...187
References ...18
MS FT-2-2 7 Orthogonal polynomials and quadrature: Theory, computation, and applications
Quadrature rules find many applications in science and engineering. Their analysis is a classical area of applied mathematics and continues to attract considerable attention. This seminar brings together speakers with expertise in a large variety of quadrature rules. It is the aim of the seminar to provide an overview of recent developments in the analysis of quadrature rules. The computation of error estimates and novel applications also are described
Generalized averaged Gaussian quadrature and applications
A simple numerical method for constructing the optimal generalized averaged Gaussian quadrature formulas will be presented. These formulas exist in many cases in which real positive GaussKronrod formulas do not exist, and can be used as an adequate alternative in order to estimate the error of a Gaussian rule. We also investigate the conditions under which the optimal averaged Gaussian quadrature formulas and their truncated variants are internal