Linear Equations英文翻译_含义_读音_Linear Equations例句

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。

In this study, these problems refer to a standard form of minimizing a single parameter subject to parameterized linear equations.

本研究将此三问题參照到一个标准模式，其内含单一參數目标式与參數化线性等式。

Measured in the least squares adjustment of the function model to solve problems, eventually reduced to the problem of linear equations.

在最小二乘测量平差的函数模型求解问题中，最后都归结为线性方程组的求解问题。

For the case of sinusoidal pulsation, the linear equations have been solved.

并针对压力钢管一端有压力脉动的情况进行了线性化求解；

The remaining four parameters can be calculated by solving a special set of linear equations.

其余四个参数可以通过解一组特殊的线性方程而计算出来。

condition of a kind of jump Vandermonde matrix through linear equations, and recursion formula and the expression of its inverse Matrix.

利用线性方程组给出了一类跳行范德蒙矩阵可逆的条件，并给出了逆矩阵的递推公式和逆矩阵的显式表示式。

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。

In this paper, a hybrid optical-digital system is presented to solve a set of linear equations in iterative fashion.

本文提出一种用于迭代法求解线性方程组的光电混合系统。

Secondly, the calculating of electromagnetic problem using MoM is mainly reflected in filling impedance matrix and solving linear equations.

其次，采用矩量法计算电磁问题主要体现在阻抗矩阵的填充和线性方程组的求解这两个阶段。

In the elimInation method of solvIng lInear equations, pivot In an elimInation step is a element with maximum - mod.

在解线性方程组的消元法中，主元素指在某步消元时模最大的那个元素。

Solve problems using linear equations and inequalities; justify symbolically and graphically.

用线性方程和不等式解决问题，然后会用符号和图来判定。

The coefficient matrix of the linear equations is diagonally dominant when the difference schemes designed reasonably.

通过合理设计差分格，使得到的线性方程组系数矩阵严格对角占优，可使求解无条件稳定。

The Gauss elimination method and conjugate gradient method for solving linear equations are implemented by the GPU.

应用GPU实现求解线性方程组的高斯消元法和共轭梯度法。

Then expanded to linear equations and parabolic equation, elliptic equation, the solution of the problem of hyperbolic equation.

进而扩展到直线方程与抛物线方程、椭圆方程、双曲线方程共解的问题。

These waves behave nonlinearly, so it is not possible to use standard linear equations to describe their behaviour.

这些海浪非线性行为，所以无法使用标准的线性方程来描述他们的行为。

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。

Calibration parameters can be achieved by resolving linear equations respectively. 3.

通过求解线性方程组最小二乘解的方式确定标定参数。

The influences of partial improvement of grid density and different solution methods of linear equations on. . .

讨论了网格局部加密和不同线性方程迭代方法对程序收敛的影响。

Itis the characteristic value of a matrix, solving linear equations, the basis ofthe inverse matrix.

它是求矩阵特征值，解线性方程组，求逆矩阵的基础。

While the memory capacity of the matrix and the computational complexity to solve the linear equations are also determined by the bandwidth.

带宽直接决定了系数矩阵的存储量以及解该线性方程组的计算量。

Mathematically, the problem is solved by setting up a system of linear equations, one for each station.

数学上，这个问题通过建立每一个站点间的线性方程来解答。

General numerical solutions of linear equations are direct methods and iterative methods.

线性方程组的数值解法一般分为直接法和迭代法。

that the use of the method of calculating : main Jacobi iteration and the Gauss- Seidel iterative solution of linear equations.

本题采用的计算方法为：主要用Jacobi迭代和Gauss-Seidel迭代解线性方程组。

In fact, The method is a direct method in which we solve linear equations by parallel elimination.

算法的实质是一种并行消元求解线性方程组的直接法。

We establish a quasi-Newton algorithm for solving a class of variational inequality problems which subproblems are linear equations.

引言牛顿型方法是解变分不等式的一类重要数值迭代算法。

Several lectures are devoted to solving non-linear equations, including root finding.

另外也有几堂课用来求解非线性方程式，包括求根；

Therefore, the solution of linear equations to solve the structure and method of induction will help us solve the problem.

因此，对线性方程组解的结构和求解方法的研究归纳有助于我们解决问题。

Some properties of the sub-subspaces and their applications on the systems of linear equations are studied.

研究了次子空间的性质及其在线性方程组上的应用。

In the function of solving linear equations, a data structure that can save storage space and computation resource was presented.

解线性方程组时，根据P加密的特点，提出了一种节约存储和运算空间的数据结构。

Cumulative sum operator is used to solve the overdetermined linear equations.

对变换后的超定线性方程组施加累积算子，进行未知数求解；

线性方程：一个或多个未知数的一次方程