summary:The paper deals with recurrent processes for the evalutaion of integrals occurring in the numerical Fourier analysis. The problem of preventing a substantial influence of round-off errors accumulation is discussed and a numerically stable algorithm is developed. The theory is supplied with illustrative numerical examples
Monte Carlo Fourier path-integral techniques are explored. It is shown that fluctuation renormalizat...
For m = 1,2,... the following indefinite integrals are evaluated ⌠cot x sin 2mx dx, ⌠tan x sin 2mx ...
Abstract: The authors develop an algorithm for the numerical evaluation of Cauchy principal value in...
summary:The paper deals with recurrent processes for the evalutaion of integrals occurring in the nu...
We derive recurrence relationships for the evaluation of two integral transforms which are of intere...
AbstractA computationally efficient algorithm for evaluating Fourier integrals ∫1−1⨍(x)eiωxdx using ...
AbstractWe derive recurrence relationships for the evaluation of two integral transforms which are o...
AbstractIn Part I the extended Clenshaw–Curtis method for finite Fourier integrals is discussed, and...
textabstractThis paper describes methods that are important for the numerical evaluation of certain ...
Filon-Simpson quadrature rules are derived for integrals of the type \int_a^b dx f(x) sin(xy)/(xy) a...
Procedures for numerical evaluation of integrals have been devised but rela-tively few methods of ob...
Ability to calculate integrals of rapidly oscillating functions is crucial for solving many problems...
AbstractWith existing numerical integration methods and algorithms it is difficult in general to obt...
This thesis is concerned with the evaluation of rapidly oscillatory integrals, that is integrals in ...
Ability to calculate integrals of rapidly oscillating functions is crucial for solving many problems...
Monte Carlo Fourier path-integral techniques are explored. It is shown that fluctuation renormalizat...
For m = 1,2,... the following indefinite integrals are evaluated ⌠cot x sin 2mx dx, ⌠tan x sin 2mx ...
Abstract: The authors develop an algorithm for the numerical evaluation of Cauchy principal value in...
summary:The paper deals with recurrent processes for the evalutaion of integrals occurring in the nu...
We derive recurrence relationships for the evaluation of two integral transforms which are of intere...
AbstractA computationally efficient algorithm for evaluating Fourier integrals ∫1−1⨍(x)eiωxdx using ...
AbstractWe derive recurrence relationships for the evaluation of two integral transforms which are o...
AbstractIn Part I the extended Clenshaw–Curtis method for finite Fourier integrals is discussed, and...
textabstractThis paper describes methods that are important for the numerical evaluation of certain ...
Filon-Simpson quadrature rules are derived for integrals of the type \int_a^b dx f(x) sin(xy)/(xy) a...
Procedures for numerical evaluation of integrals have been devised but rela-tively few methods of ob...
Ability to calculate integrals of rapidly oscillating functions is crucial for solving many problems...
AbstractWith existing numerical integration methods and algorithms it is difficult in general to obt...
This thesis is concerned with the evaluation of rapidly oscillatory integrals, that is integrals in ...
Ability to calculate integrals of rapidly oscillating functions is crucial for solving many problems...
Monte Carlo Fourier path-integral techniques are explored. It is shown that fluctuation renormalizat...
For m = 1,2,... the following indefinite integrals are evaluated ⌠cot x sin 2mx dx, ⌠tan x sin 2mx ...
Abstract: The authors develop an algorithm for the numerical evaluation of Cauchy principal value in...