In this paper, we present a convergent result of the iterative solution methods for a class of generalized saddle point problem, which lowers the condition of the recent results.
给出一类广义鞍点问题迭代解法的收敛性分析结果，降低了目前已有相关结论的适用条件，因而使得相关结果具有更广泛的应用性。
In this paper an iterative solution with linear convergence rate is presented for linear system.
本文给出一种线性收敛的线性方程组迭代解法。
As to the motion equations for objects, the fourth-order Runge-Kutta method was employed again for iterative solution.
对于物体的运动方程，同样利用四阶龙格-库塔法进行迭代求解。
The response matrix technique is used, which gives a fast-running scheme for the iterative solution of the nodal diffusion equations.
此外，将响应矩阵技术应用于迭代求解过程，使得该方法具有较高的计算效率。
Using the iterative solution technique, the matrix equation system in the 3-d finite element modeling of nondestructive probe signals can easily be solved.
而应用迭代解技术，可以加速无损探头信号有限元模拟的矩阵方程求解。
The real optimal solution of nonlinear discrete dynamic system can be obtained from piecewise linear model with model reality differences by iterative solution.
在存在模型-实际差异的情况下，从分时段线性化多模型出发通过迭代运算可得到实际非线性离散动态系统的真实最优解。
Based on the iterative solution of saturated-unsaturated quasi 3-d water flow model in large scale zone, a simplified model of solute transport was established.
在迭代求解区域饱和-非饱和拟三维渗流模型的基础上，建立区域溶质运移简化模型。
The response matrix technique was used for the iterative solution of the nodal diffusion equations, which greatly improves the computational efficiency of this method.
将响应矩阵技术应用于迭代求解过程，使得该方法具有较高的计算效率。
At the same time, how to get the approximate road hollow position is solved to realize the road contour extraction by gradient vector flow model with iterative solution.
通过梯度矢量流模型迭代求解，解决道路凹陷位置逼近问题，最终实现道路提取。
An improved staggered, iterative solution scheme and its corresponding algorithm for the implicit-implicit integration procedure of the governing equation are presented.
文中给出了用于隐式-隐式逐步积分过程的改善的交错迭代求解方案及算法。
Extending it to iterative solution of structural optimization nonlinear criterion equations, complete automatization of iterative seeking solution for structural optimization can be implemented.
将其推广到结构优化非线性准则方程组的迭代求解，可实现结构优化迭代求解的完全自动化。
At last, putting forward a method named solution-expands, which contains iterative solution-expands, same effect solution-expands and parameter solution-expands, to complete the test-case generating.
最后提出解扩展的方法，对初始测试用例进行迭代解扩展、同效解扩展和参数解扩展，来完成最终测试用例的生成。
The most effective method is the direct (non iterative) solution of power flow using PMU measurements with high precision.
其中效果最为显著是应用pmu高精度测量值的潮流方程直接求解方法，该方法不需迭代计算。
The most effective method is the direct (non iterative) solution of power flow using PMU measurements with high precision.
其中效果最为显著是应用pmu高精度测量值的潮流方程直接求解方法，该方法不需迭代计算。
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