右手边多项式的初值问题

J. Kunovsky, Vlastimil Kaluza, M. Kraus, Václav Šátek
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引用次数: 0

摘要

泰勒级数的应用已成为数值分析中的标准概念。它们在一定条件下任意逼近函数的能力使它们成为微分方程积分的理想工具。在数字计算机出现之前,泰勒级数系数的解析确定,即计算高阶导数,被认为过于复杂。在许多关于数值或应用数学的现代教科书中,甚至已经声明泰勒级数只能在非常特殊的情况下作为实现应用。本文概述了建立右手边有多项式的初始问题的泰勒级数系数的方法。讨论了循环泰勒级数在常微分方程组积分中的应用。本文开发了用循环泰勒级数求解初值问题的软件TKSL,并取得了许多积极的结果。
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Initial Problems with Polynomials on Right-hand Sides
The application of Taylor series has become a standard concept in numerical analysis. Their ability of approximating functions arbitrarily close under certain conditions makes them an ideal tool for the integration of differential equations. Before the appearance of digital computers the analytical determination of Taylor series coefficients, i.e. the calculation of higher derivatives, was regarded as too complicated. In many modern text books on numerical or applied mathematics has even been stated that Taylor series can only be applied as implementation in very special cases. In this paper an outline is presented of establishing Taylor series coefficients of initial problems with polynomials on right-hand sides. The application of recurrent Taylor series to the integration of systems of ordinary differential equations is discussed. The software TKSL for the solution of initial value problems by means of recurrent Taylor series has been developed and many positive results have been obtained.
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