step size

An Adams formula adapted to the change in step size and order

适合于变阶变步长需要的Adams公式

In that case, however, the step size gets larger with each step, and will eventually overflow the variable holding it, thus preventing an endless loop.

然而，由于每步的步长都在变化，且最终会超出变量的范围，所以避免了无限的循环。

A new BFGS type formula and a new BFGS type method with weak Wolfe Powell ( WWP) step size rule are presented.

给出新的BFGS型公式，并利用弱的Wolfe-Powell步长准则给出新的BFGS型方法。

The effect of relevant process parameters, namely tool radius, sheet thickness, step size, wall angle, yield stress and hardening exponent, upon their intensity was statistically analyzed.

对工具头半径、板厚、加工步长、成形角、屈服应力和加工硬化指数等参数对成形缺陷的影响程度做了计算。

To solve such prob-lems, both the search direction and the step size are two crucial elements in numerical algorithms, such as the alternating least squares algorithm ( ALS).

求解这类问题的数值方法如交替最小二乘算法具有两个关键要素：搜索方向与步长因子。

F ig . 5 T he average step size as a function of extending vo ltae.

图5爬行器所加电压与平均步长的关系曲线.

The hardening exponent appeared as the most influential parameter for the development of bulge. The bulge height showed increase with increase in hardening exponent, sheet thickness and step size and decrease with increase in wall angle.

加工硬化指数是产生底部凸包现象相关性最大的因素，上凸的高度随加工硬化指数、板厚和加工步长的增加而增加，随成形角的增加而减小。

Linear constrained differential constant modulus algorithm ( LCDCM) is an effective solution to the problem of interfer capture in constant modulus algorithm ( CMA). But its performance is suffered from improper selection of iteration step size ( ISS).

线性约束差分恒模算法（LCDCM）能有效克服恒模算法（CMA）中存在的干扰捕获问题，但其性能受迭代步长的影响。

In the search stages of the Hooks-Jeeves direct search method, to make a fit function and to change the step size flexibly can greatly increase the speed of optimization.

在HOOKS&Jeeves直接搜索法的搜索阶段中构造拟合函数及灵活地改变步长可以较大幅度地提高优化的速度。

An explicit high-order Runge-Kutta method to solve the motion differential equations for accurate cloth simulation is presented. By use of embedded cash-karp runge-kutta formula, the algorithm is further optimized on the side of auto-adjustment for step size and error control.

针对具有高精度要求的织物动态仿真，提出利用显式Runge-Kutta高阶方法解决仿真过程中运动微分方程的求解问题，并采用内嵌的Cash-Karp计算格式，从自动调整步长和控制精度两方面优化算法。

When considering a merger ( 兼并), for example, they have traditionally used size to determine when to step in.

例如，在考虑兼并时，他们一般是通过规模来决定该何时采取行动。

A Variable Step Size BLMS Adaptive Algorithm in Time Domain

一种时域变步长BLMS自适应算法

Here from an algorithm by which the two sub-problems are alternatively calculated is formed; through rational step size control an effect which is as same as that by complete optimization, i.e., the optimal power flow, is finally realized.

由此形成2个子问题交替计算的算法，通过合理的步长控制，最终实现与完整优化（Optimal Power Flow，OPF）一样的效果。

Step wedge: Synonymous with" grey scale", full size drawing

梯尺：与灰尺同义。原尺寸图，实物尺寸图

In the process of research, improve adaptive filter algorithm. Change the fix step size μ to a function μ( n).

在研究过程中，对LMS自适应滤波算法进行了改进，将固定步长μ，修改为可变步长函数μ（n）。

Input signal Kurtosis based variable step size LMS adaptive line enhancement

基于输入信号峭度的变步长LMS自适应谱线增强方法

Studies on the Convergence of Stochastic Algorithm for the Constant Step Size

步幅常数型随机算法收敛性分析

A Modified LMF Algorithm with Variable Step Size for Multi-user Detector

可变步长LMF自适应多用户检测器

In order to avoid such a failure, an empirical model in terms of four process parameters, namely sheet thickness, step size, wall angle and yield stress, was developed to compute the minimum safe limit of tool radius.

为了避免这种失效，本论文中提出了一个以板厚、加工步长、成形角和屈服应力为变量的经验公式，以计算工具头半径的最小值。

I repeated the previous step again using the same size text and a blue hippy van.

我重复了之前的步骤创建了蓝色的同尺寸文字层.

It was found that metallic wall and fold-in appear only when thick sheet is processed with small radius tool. And after their appearance, their intensity increases as the wall angle, step size and yield stress increases.

结果发现挤出飞边和向内褶皱在使用小工具头加工厚板的时候容易出现，其程度随成形角、加工步长和屈服应力的增长而增大。

There are some disadvantages in conventional analog synchronizer such as fixed error threshold and fixed step size.

传统的模拟型同步环具有误差门限和步长固定的缺点。

Research on ELMS Algorithm and Variable Step Size Algorithm

ELMS算法及其变步长算法研究

The simulation is conducted by using Matlab, and simulated step size is 0.1 meters, the simulated road is 10 kilometers long.

仿真使用Matlab语言，仿真步长为0.1m，路面长度为10km。

The improved algorithm standard by the degree of separation, change its step size through adaptive changes in momentum factor adaptively, and thus able to improve blind source separation performance of the signal.

算法以分离度为基准，通过动量因子的自适应变化来自适应改变步长，从而能够更好的改进盲源分离后信号的性能。

The ASPC algorithm is based on a modification of the transmitted power update step size.

ASPC算法是基于改变功率控制步长的可变步长功率控制算法.

Input signal Kurtosis based variable step size LMS adaptive line enhancement ( ISK-BLMSALE) approach is proposed, in which input signal Kurtosis is used as the independent variable of step size function.

提出了一种基于输入信号峭度的变步长LMS自适应谱线增强方法，该方法以输入信号的峭度为自变量，构造新的步长。

New Variable Step Size Constant Modulus Algorithm Based on Hyperbolic Tangent Function

基于双曲正切函数的变步长盲均衡算法

An Efficient Variable Step Size Adaptive Independent Component Analysis Algorithm

一种有效的变步长的自适应独立分量分析算法