AbstractAn adaptation of the decomposition method allows one to calculate an integral not expressible in terms of elementary functions nor adequately tabulated. It is shown that only two terms of the series solution lead to an excellent agreement with the actual solution of the problem
AbstractAn analysis of some common power series operations is given in terms of the length of the tr...
Selecting the appropriate basis for approximating the numerical solu-tion of an integral equation ha...
AbstractThe method of convolution algebra is used to compute values of the exponential type integral...
AbstractAn adaptation of the decomposition method allows one to calculate an integral not expressibl...
AbstractIt is shown that in addition to its advantages for nonlinear and/or stochastic differential ...
AbstractSimple adaptation of the asymptotic decomposition method enables calculation of an integral ...
A (moderately) fast, (often) useful, and (largely) ignored alternative to integration by parts is in...
A systematic introduction to the principal ideas and results of the contemporary theory of approxima...
A numerical algorithm, based on a decomposition technique, is presented for solving a class of nonli...
A new integration algorithm is found, and an implementation is compared with other programmed algori...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/46316/1/211_2005_Article_BF02165095.pd
For many applied problems it is practically impossible to obtain the exact solution of differential ...
A spline-based integral approximation is utilized to define a sequence of approximations to the erro...
AbstractIn this note, we present a uniform approximation and a methodology for developing a posterio...
AbstractIn this article, we consider an application of the approximate iterative method of Dzyadyk [...
AbstractAn analysis of some common power series operations is given in terms of the length of the tr...
Selecting the appropriate basis for approximating the numerical solu-tion of an integral equation ha...
AbstractThe method of convolution algebra is used to compute values of the exponential type integral...
AbstractAn adaptation of the decomposition method allows one to calculate an integral not expressibl...
AbstractIt is shown that in addition to its advantages for nonlinear and/or stochastic differential ...
AbstractSimple adaptation of the asymptotic decomposition method enables calculation of an integral ...
A (moderately) fast, (often) useful, and (largely) ignored alternative to integration by parts is in...
A systematic introduction to the principal ideas and results of the contemporary theory of approxima...
A numerical algorithm, based on a decomposition technique, is presented for solving a class of nonli...
A new integration algorithm is found, and an implementation is compared with other programmed algori...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/46316/1/211_2005_Article_BF02165095.pd
For many applied problems it is practically impossible to obtain the exact solution of differential ...
A spline-based integral approximation is utilized to define a sequence of approximations to the erro...
AbstractIn this note, we present a uniform approximation and a methodology for developing a posterio...
AbstractIn this article, we consider an application of the approximate iterative method of Dzyadyk [...
AbstractAn analysis of some common power series operations is given in terms of the length of the tr...
Selecting the appropriate basis for approximating the numerical solu-tion of an integral equation ha...
AbstractThe method of convolution algebra is used to compute values of the exponential type integral...
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