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Parallel Computations Based on Automatic Transformation of Ordinary Differential Equations

机译:基于普通微分方程自动变换的并行计算

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The paper is a part of student cooperation in AKTION project (Austria-Czech). Theoretical work on the numerical solution of ordinary differential equations by the Taylor series method has been going on for a number of years. The simulation language TKSL has been created to test the properties of the technical initial problems and to test an algorithm for Taylor series method [1]. The Residue Number System (RNS) has great potential for accelerating arithmetic operation, achieved by breaking operands into several residues and computing with them independently.
机译:本文是Aktion项目(奥地利捷克语)的学生合作的一部分。泰勒序列方法普通微分方程数值解决方案的理论研究已发生多年。已经创建了模拟语言TKSL以测试技术初始问题的属性,并测试泰勒序列方法的算法[1]。残留号系统(RNS)具有加速算术运算的巨大潜力,通过将操作数破坏到几个残基并独立计算来实现。

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