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1·In this paper, a new method for finding the augmented matrix is presented.

本文给出了求取增广矩阵的一个新方法。

2·Prediction to the regression parameters was converted to predict cross product matrix of the variable augmented matrix.

对多元线性回归模型参数的预测，转化为对其变量集合的增广矩阵的叉积阵的预测。

3·Using the method of augmented matrix, the model equations are changed from nonhomogeneous form to homogeneous form, to be solved.

采用增广矩阵的方法将非齐次的模型方程化为齐次的形式再求解。

4·It is clear in concept and easy to use, and reveals a general form of the augmented matrix method, conducing to its wider application.

该方法概念清晰，简便实用，揭示了增广矩阵法的一般形式，有助于增广矩阵法的广泛应用。

5·It is shown that the augmented matrix of misaligned complex optical systems can be represented by an ordered product of basic matrices.

研究表明，失调光学系统的增广矩阵可用三个基本矩阵的有序乘积表示。

6·The old methods about solving a system of linear equations all base on using the row's elementary operation to matrix of coefficients or augmented matrix.

现有的关于线性方程组的解法，都是基于对系数阵或增广阵施行初等“行”变换。

7·This paper presents directly the general solution to sets of linear equations by properly bordering on augmented matrix and elementary transformation, and produeces some theoretical proving.

通过对增广矩阵适当“加边”，利用矩阵的初等行变换，直接求出线性方程组的通解形式，并在理论上给予了论证。

8·It shows that the presented method can be used to identify modal parameters effectively under ambient excitation and that the polynomial eigenvalue method is superior to the augmented matrix method.

结果表明，多参考点互相关差分模型能够有效地进行环境激励下的模态识别，并且多项式特征值法比增广矩阵法所得结果更好。

9·Augmented mass, damping, stiffness matrix of system was set up to derive vertical dynamic differential equations for locomotive components and obtain output responses of suspensions.

为建立机车各部件的垂向动力学微分方程，计算各悬挂力的输出响应，建立了系统质量、阻尼和刚度的增广矩阵。

10·It is compatible with equations of rigid multibody systems because of using the concepts, such as path matrix, incidence matrix, instantaneous augmented body.

由于采用通路矩阵、关联矩阵、瞬时增广体等概念，其形式与多刚体系统动力学方程兼容。