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Approximating a Retarded-Advanced Differential Equation Using Radial Basis Functions

机译:使用径向基函数逼近延迟高级微分方程

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In last years we have got the approximation of the solution of a linear mixed type functional differential equation, considering the autonomous and non-autonomous case by collocation, least squares and finite element methods considering a polynomial basis. The present work introduces a numerical scheme using collocation and radial basis functions to solve numerically the non-linear mixed type equation with symmetric delay and advance. The results are similar using collocation, B-splines and exponential radial functions. The preliminary results are promising, but more simulations using different basis of radial functions are needed.
机译:近年来,我们通过配点,最小二乘和有限元方法并考虑多项式的基础上,考虑了自治和非自治情况,从而得到了线性混合型泛函微分方程解的近似值。本工作介绍了一种使用并置和径向基函数的数值方案,以数值方式求解具有对称延迟和提前量的非线性混合型方程。使用并置,B样条和指数径向函数得到的结果相似。初步结果令人鼓舞,但需要使用不同径向函数基础的更多模拟。

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