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Approximations for higher order boundary value problems using non-polynomial quadratic spline based on off-step points

机译:基于失步点的使用非多项式二次样条的高阶边值问题的逼近

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Non-polynomial quadratic spline method based on off-step points is used to develop a numerical algorithm for obtaining an approximate solution of higher even order boundary value problems. For the employment of the method, decomposition procedure is used. Higher order boundary value problems are reduced into the corresponding system of second order boundary value problems. Convergence analysis of the method is also discussed. Seven numerical examples are given to illustrate the applicability and efficiency of new method. It is also shown that the new method gives approximations, which are better than those produced by other existing fourth order methods except higher degree splines.
机译:利用基于失步点的非多项式二次样条方法开发了一种数值算法,用于获得较高偶数阶边值问题的近似解。为了使用该方法,使用分解程序。高阶边值问题被简化为相应的二阶边值问题系统。还讨论了该方法的收敛性分析。给出了七个数值例子,说明了该方法的适用性和有效性。还表明,新方法给出的近似值比由其他现有的四阶方法产生的近似值更好,但度数样条曲线更高。

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