iterative

Iterative methods are more common than direct methods in numerical analysis.

迭代法是较常见的方法,比直接数值分析.

For code that cannot be easily expressed as queries or iterative loops, there is the Task Parallel Library.

如果代码无法轻易地表示为查询或迭代循环，则可以选择任务并行库（Task Parallel Library）。

In addition, the Algol 60 program of the iterative process is given.

还给出了此迭代法的Algol60程序.

Numerical examples show that the iterative method is efficient.

数值算例表明,这种迭代法是有效的.

Optimized Iterative Target Transformation Factor Analysis

优化迭代目标转换因子分析法

For long transmission lines, a factor k is presented to correct the error by tanh γχ≈γχ, and fault location can be accurately obtained by one or two iterative calculations.

而对长距离输电线，则提出一个修正系数来修正tanhγχ≈γχ的误差，通过一欠迭代计算获得准确的故障位置。

It adopted the dual DSP parallel processing structure, one DSP is responsible for signal sample, filter and FFT iterative count. The another DSP is for the human-computer interaction, the remote telecommunication and real-time controls.

采用双处理器并行处理结构，一个DSP负责进行各回路交流信号的采样、滤波、FFT迭代计算，另一个DSP负责实时控制、人机交互与远程通讯；

Non-iterative automatic image registration method based on gradient phase correlation is proposed.

提出了 非 迭代的基于梯度相位相关的图像自动配准方法.

Determination of Three Components in Compound Chlorphenamine Tablet by Iterative Target Transformation Factor Analysis

迭代目标因子分析紫外分光光度法测定克感敏片三组分

Iterative target transformation factor analysis was applied to resolve the kinetic-spectral data matrix monitored in the process of spectroscopic reaction of unknown kinetic model and the kinetic spectrum of each component is obtained.

采用迭代目标转换因子分析法（ITTFA）解析动力学模型未知的化学反应过程中的动力学-光谱数据矩阵，获得了各组分的动力学谱。

The capability of in-system-programable avoids the iterative pulling and plugging of EPROM.

可对细分驱动绕组电流在系统重复修正,避免了存储器的反复拔插.

The direct iterative algorithm of the finite element is presented.

本文提出了有限元直接迭代算法.

And the iterative median filtering algorithm is used when smoothing impulse noise.

而在滤除噪声时,采用的是迭代的中值滤波算法.

Iterative learning compensation design for terminal voltage of power systems excitation controller

电力系统励磁控制机端电压的迭代学习补偿

The above mentioned four components in simulated samples and compound child ′ s phenobarbital tablet sample have been simultaneously determined using UV spectrophotometry assisted by some chemometrics methods such as partial least squares algorithm and iterative target transform factor analysis algorithm without separation.

用偏最小二乘法和迭代目标转换因子法等化学计量学法辅助紫外分光光度法，不经分离，同时测定了模拟样和小儿苯巴比妥片剂试样中的上述四组分。

Based on the iterative target transformation of factor analysis a new algorithm for estimating the component spectra from multicomponent mixture system is developed in this paper.

基于因子分析的迭代目标转换算法，本文提出一种从完全未知混合物体系中获取纯物种光谱的解析方法。

DOC-Solving frictional contact problems with the proposed iterative method of Gauss.

求解带摩擦接触问题的拟高斯迭代法.

The iterative process may be continued until some criterion for convergence is met.

这种迭代步骤可继续下去,直到符合某种收敛要求为止.

The Application of the Iterative Regression Method in Potentiometric Titration

迭代回归法在电位滴定中的应用

The most powerful Methods: Used in the solution of such systems are iterative methods, discussed subsequently.

解这样方程组最有效的方法是下面讨论的叠代方法.

Adsorptive Voltammetric Determination of Mixed Pigment by Iterative Target Transformation Factor Analysis

迭代目标转换因子分析法在吸附伏安法中的应用&混合色素的同时测定

There are other iterative procedures.

也存在另外一些迭代法.

Iterative methods were constructed for implicit symplectic schemes of schrodinger equations of high order, the schemes were formed by using hyperbolic function tanh, and its conditions of convergence were discussed.

本文对以tanh（x）为基础构造的schrodinger方程的隐式辛格式建立一种迭代解法，并讨论了此代解法的收敛条件。

We proposed a camera calibration technique based on iterative optimization.

本文提出了一种基于迭代优化的平面模板定标方法.

The model free methods used here are Needle Search and Iterative Target Transformation Factor Analysis ( ITTFA).

使用的软模型法主要有利用针式搜索（NS）来确定初值，利用迭代目标转换因子分析法（ITTFA）来解析动力学谱。

Studies on the Improving Iterative Target Transformation Factor Analysis

改进的迭代目标转换因子分析研究

A direct iterative algorithm is given to solve this formulation.

针对该格式的特点,采用一种直接迭代算法求解.

An iterative process is one that makes progress through successive refinement.

一次迭代是不断完善的过程.

The optimal solution can be approached by several times of iterative computation.

经若干次迭代计算,逐步逼近原问题的最优点.

Simultaneous Determination of Rare Earth Elements Using Dual-Color System Iterative Target Transformation Factor Analysis

双显色体系迭代目标转换因子分析法测定混合稀土的研究