Basics of Ultra-Fast Numerical Solution of Some Differential Equations of Mathematical Physics

V. Baiburin
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Abstract

The majority of simulation in various fields like radio engineering, electronics, etc.) are based on PDE, in particular, the Laplace, Poisson equations, the wave equation, the equation of thermal conductivity, etc., which are the basis for the development of mathematical models. It is known that the efficiency of used mathematical models is determined by the speed and adequacy of numerical solutions of these equations. An approach that does not require solving the systems of equations and allows a parallel implementation of the numerical solution, which eventually leads to faster calculations in comparison with the known methods, is proposed.
一些数学物理微分方程的超快速数值解基础
在无线电工程、电子等各个领域的大多数仿真都是基于偏微分方程,特别是拉普拉斯方程、泊松方程、波动方程、导热方程等,它们是数学模型发展的基础。众所周知,所用数学模型的效率是由这些方程的数值解的速度和充分性决定的。提出了一种不需要求解方程组的方法,并允许数值解的并行实现,与已知方法相比,最终导致更快的计算。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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