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K-Step Block Predictor-Corrector Methods for Solving First Order Ordinary Differential Equations

机译:一阶常微分方程的K阶块预测器-校正器方法

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摘要

A k-step block Predictor-Corrector Methods for solving first Order Ordinary Differential Equations (ODEs) are formulated and applied on non-stiff and mildly stiff problems using variable step size technique. In this method, collocation and interpolation of the power series as the approximate solution is carried out with aim of generating the continuous scheme. The investigation of some selected theoretical properties of the method is analyzed as well as determination of the region of absolute stability of the method. In addition, the implementation of the proposed method is done by applying variable step size technique.
机译:制定了用于解决一阶常微分方程(ODE)的k阶块Predictor-Corrector方法,并使用可变步长技术将其应用于非刚性和中等刚性问题。在该方法中,以生成连续方案为目的,对幂级数进行配置和内插作为近似解。分析了该方法的某些选定理论特性,并确定了该方法的绝对稳定性区域。另外,通过应用可变步长技术来完成所提出的方法。

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