全部

1·The whole algorithm only requires one matrix inverse.

该算法仅需一次矩阵求逆操作。

2·Your goal is to be able to easily use this matrix inverse function in SPL code.

您的目标是能够在SPL代码中轻松使用这个矩阵求逆函数。

3·New algorithm of matrix inverse iteration on the eigenvalue problem are presented in this paper.

本文对求工程特征值问题的矩阵反迭代法作了改进。

4·The improved NMM method, avoiding complicated matrix inverse, is easy to understand and has concise physical meaning.

这一方法避免了原NMM中复杂的求逆运算，思路简单，其物理意义也更明确。

5·This paper mainly discusses the formulation and the numerical methods of real symmetrical matrix inverse algebraic eigenvalue.

本文主要讨论含参变量的实对称矩阵特征值反问题数值解法。

6·The following is a sample SPL function that utilizes the matrix inverse function ml: : inv that wraps the ml_inv function from MATLAB.

下面是一个样例spl函数，它利用了包装来自MATLAB的ml_inv函数的矩阵求逆函数ml： inv。

7·In this paper, we consider the best approximation of a matrix under a given linear restriction with some fixed elements. This result can be apply to solving a class matrix inverse eigenvalue problem.

本文研究具有某些固定元素的矩阵在线性约束下的最佳逼近，其结果可以用于解一类矩阵反特征值问题。

8·We need to learn how to find the inverse of a matrix directly.

我们要学如何直接找到一个矩阵的逆矩阵。

9·It's the inverse of the matrix a.

叫作a的逆矩阵。

10·You can use the ml_inv function to take the inverse of the in matrix and assign it to the out matrix.

您可以使用 ml_inv 函数对 in 矩阵进行求逆运算，并将结果赋予 out 矩阵。