• This graduate-level course is an advanced introduction to applications and theory of numerical methods for solution of differential equations.

    门研究生程度课程微分方程数值解法应用理论高级导论

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  • On the basis of the asymptotic stability of generalized delay differential equations(GDDEs), the numerical solutions of one block methods for GDDEs were analysed.

    广义延迟系统渐近稳定前提下,分析方法求解广义延迟系统数值的稳定性。

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  • Numerical methods available in MATLAB for solving the ordinary differential equations are employed for the dynamic analysis.

    适用MATLAB数值方法用来动力分析采用差分方程

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  • This paper deals with the stability analysis of numerical methods for the solution of delay differential equations.

    本文给出延迟微分方程数值稳定性分析

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  • In this paper, line methods for two dimension transpiration control equations are created, and new equations may be solved in terms of numerical methods for system of ordinary differential equations.

    发汗控制方程建立了直线解法,可用任何解常微分方程组数值方法求解。

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  • As numerical examples we treat state constrained optimal control problems for elliptic differential equations. We also compare the established results with existing methods.

    以其数值例子我们处理椭圆微分方程中的状态约束最优控制问题既定结果现行方法进比较

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  • Only the Euler method is popular and efficient among the numerical methods for the stochastic delay differential equations, but its order of convergence is only 1/2.

    随机延迟微分方程数值方法欧拉方法唯一较为成熟、有效方法,欧拉方法收敛性差,收敛仅为二分之一。

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  • Only the Euler method is popular and efficient among the numerical methods for the stochastic delay differential equations, but its order of convergence is only 1/2.

    随机延迟微分方程数值方法欧拉方法唯一较为成熟、有效方法,欧拉方法收敛性差,收敛仅为二分之一。

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