These equations are interval linear equations.
该控制方程是线性区间方程组。
Such steps mean the simultaneous solution of either two linear equations.
这样的步骤意味着同时求解两个线性方程。
A paralleling solver to the linear equations in net environment is realized.
实现了一个在网络环境下求解线性方程组的并行求解器。
Large sparse system of linear equations are solved by sparse matrix methods.
利用稀疏矩阵技术求解大型稀疏线性方程组。
The Linpack benchmark is designed to solve a large number of dense linear equations.
Linpack基准设计用来求解大规模稠密线性方程。
At each iteration, it was only necessary that a system of linear equations be solved.
该算法在每一步迭代时，仅需求一线性方程组系统。
Of course, these methods can also be used to solve other systems of linear equations.
当然，此种方法还可以用来求解其它一些方程组。
A paralleling solver to the linear equations in multiprocessor environment is realized.
实现了一个在多处理机环境下线性方程组的并行求解器。
The method to solve linear equations is described and some examples of computerization are given.
叙述了解线性方程组的方法，并给出几个用计算机处理的算例。
The Relationshipsamong Linear Equations, Lines in the Coordinate Plane, and the Contexts TheyDescribe.
线性方程组可以通过坐标平面中的对应的线条来解决问题。
, this is my plan, the fundamental problem of linear algebra, which is to solve a system of linear equations.
，这是我的计划：线代的基本问题是用来解线性方程组（systemof linear equations）。
Newton Raphson method is used to solve the non linear equations piloted in displacements or in arc length.
非线性方程采用位移引导或弧长引导的牛顿-拉夫森增量迭代法求解。
Several properties about matrix with consistent perturbation are studied and applied into linear equations.
研究了矩阵列(行)一致扰动的几个性质，并应用于线性方程组。
This paper discusses parallel direct methods for large scale sparse linear equations come from CFD problems.
讨论了由CFD问题得到的大型稀疏线性方程组的并行直接法求解问题。
Approximate solutions for the coupled non-linear equations are obtained for the velocity and the temperature.
求得了速度和温度的耦合非线性方程组的近似解。
In this paper, a parallel iterative algorithm for linear equations is given by approximating inverse of a matrix.
文章利用近似逆矩阵构造了一类求解线性方程组的并行迭代算法。
Algebra is stepping up: Prepare for linear equations and inequalities, and systems of equations in two variables.
代数的比重则会增加，考生要在线性方程、不等式、二元方程等方面做好准备。
With the help of auxiliary variables or plane, a graphical solution for homogeneous linear equations is presented.
借助于辅助变量，或辅助平面，提出了齐次线性方程组的图解法。
In general situation, the coefficient matrix of linear equations deduced by the Boundary Element Method (BEM) is a compact one.
一般情况下，边界元法所建立的线性方程组系数矩阵为一满置矩阵。
Analyzing inverse DFT, we obtained a system of linear equations, whose solution can be taken as the spectrum of the data series.
通过对离散傅立叶逆变换的分析，我们得到一个线性方程组，它的解可以作为序列的谱。
This article given another kind of proof using algebra method by system of homogeneous linear equations to the geometry question.
本文对这一几何问题利用齐次线性方程组给予了代数方法的又一种证明。
Kepler s equations can be solved with the gradual approach, which can be further extended to the solution of the non-linear equations.
求解开普勒方程可用逐次逼近法，这种方法还可推广到非线性方程的求解问题中。
Based on netting theory, linear equations for the single spiral, spiral and hoop filament wound toroidal pressure vessel were obtained.
基于网络理论，得到了纤维单螺旋、螺旋加环向均衡型缠绕圆环压力容器的线型方程。
Since it is an inverse problem, numerical techniques, such as discretization of the integral into a system of linear equations, are necessary.
由于这是一个反问题，一些数字技术比如将积分离散化为一个线性方程组是必需的。
Linear distortion model is used and distortion coefficients are obtained by resolving over-determined linear equations and least square method.
采用线性畸变模型，由最小二乘法解线性方程组得到摄像系统畸变模型的畸变系数。
Linear distortion model was used and the distortion coefficients were obtained by resolving overdetermined linear equations and least square method.
采用线性畸变模型，由最小二乘法解线性方程组得到摄像系统畸变模型的畸变系数。
Through suitable transformations, the solution of the simultaneous pole assignment problem is resort to the solution of a number of linear equations.
通过适当的变换，将同时极点配置问题归结为一系列线性方程组的求解问题。
This paper pointed out that, auxiliary derivation can avoid the application of the system of linear equations, thus simplify the calculation process.
本文将指出，辅以求导法可避免线性方程组的应用，从而将计算过程简化。
This paper pointed out that, auxiliary derivation can avoid the application of the system of linear equations, thus simplify the calculation process.
本文将指出，辅以求导法可避免线性方程组的应用，从而将计算过程简化。
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