Fixed-Point Iteration method is an important technique to solve nonlinear equations for calculating approximate roots and applied widely.
不动点迭代方法是求解非线性方程近似根的一个重要方法，其应用非常广泛。
The object is to introduce a perturbed iteration method for proving the convergence of sequence of Lipschitzian pseudocontractive mapping using approximate fixed point technique.
使用近似不动点技术，采用摄动迭代方法，目的是证明利普希茨伪紧缩映射序列的收敛性。
From the initial operating point, this method searched the new instability modes with the change of parameters by the way of iteration.
该方法从初始运行点出发，通过迭代确定系统失稳模式随参数变化的情况。
Secondly, a new method with scene constraint and the constraint of principal point for camera self-calibration based on the linear iteration is presented.
其次，提出了综合利用空间平行线约束和相机主点位置约束的线性迭代自定标方法，提高了相机自定标的鲁棒性。
Then using the approximate solution as initial value of iteration, the nonlinear equations for the closest point of collapse are solved directly by Newton-Raphson method.
然后采用牛顿-拉夫逊法直接对最近电压崩溃临界点模型所构成的非线性方程组进行迭代求解。
Multigrid method is a nested iteration, wherein the computed solution on the previous level serves as starting point for the iteration on the new level.
多重网格法是一种套迭代技术，前一层上的迭代解作为新一层上迭代的初始解。
In this paper, it exploit the method based on common ground point fold step by step to strike a more accurate conversion of wave static correction by iteration.
本文利用共地面点叠加法，通过迭代的方式逐步求取较为准确的转换波的静校正量。
The last proposed method is based on the distributed parameter model, the algorithm utilizes searching and iteration methods to locate the fault point.
第三种方法采用电缆线路的分布参数线路模型，根据功率平衡原理推导出故障测距方程，并通过搜索迭代方法解之。
The Hessian matrix of every function in this model is constant, so it will be calculated once in the entire optimal process based on interior point method, which speeds up each iteration.
该新模型的海森矩阵是精确的常系数矩阵，在内点法迭代过程中只需要计算一次，从而缩短了每次迭代的计算时间。
The paper presents a numerical method for determining performance point without any iteration.
本文提出一种求解性态点处位移的数值方法。
The paper presents a numerical method for determining performance point without any iteration.
本文提出一种求解性态点处位移的数值方法。
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