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A Parallel Algorithm Based on Additive Schwarz Domain Decomposition Method for Parabolic Problems

机译:一种基于抛物面问题添加性Schwarz域分解方法的并行算法

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In this paper, we consider the solution of linear systems of algebraic equations that arise from parabolic finite element problems. We introduce an additive Schwarz domain decomposition method for parabolic differential equations and also consider the dependence of convergence rates of the algorithm on parameters of time step and space-mesh. The resulting preconditioned linear system of equations is solved by the conjugate gradient method and the algorithm is parallel. Finally we give a numerical example.
机译:在本文中,我们考虑从抛物线有限元问题产生的代数方程的线性系统的解。我们介绍了一种用于抛物线微分方程的添加性Schwarz域分解方法,并考虑算法收敛率在时间步长和空间网的参数的依赖性。通过共轭梯度法解决了所得方程的预处理线性系统,并且算法是平行的。最后,我们提供了一个数字示例。

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