Exact(5)
The voltammograms are calculated automatically with a prescribed accuracy, by using either the adaptive integrator INTDE based on double exponential formulas, or the adaptive Huber method for integral equations.
A general method for integral problems was not immediately apparent in the 17th century, although algebraic techniques worked well in certain cases, often in combination with geometric arguments.
The cascaded conventional anti-wind-up (CAW) design method for integral controller is discussed.
By adopting the integral equation formalism, combined with the recently developed adaptive Huber method for integral equations, we obtain such a rigorous theory.
Kalaba and Scott [17] use an initial-value method for integral equations with generalized degenerate kernels.
Similar(55)
Several numerical methods for integral algebraic equations have been proposed (see e.g. [5 10]).
A method for integrating the infinite integral is given in an earlier paper.
This technique is based on the so-called block-by-block approach, which is a common method for the integral equations.
This article presents the results of a research whose empirical data were obtained from the use of mathematical modelling as a teaching method for Differential Integral Calculus in a Civil Engineering course.
The method relies on a standard Nyström method for discretizing integral operators and it does not require analytic properties of the electromagnetic field (which are singular) at the corners.
To solve this problem, Fowlkes et al. [21] proposed an approach based on a classical method for the integral eigenvalue problem known as the Nystrom method.
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