This paper discusses a method of selecting the boundary tree in edge finite element method, proposes the matrix rank method and introduces its applications.
介绍了棱边有限元法中选取边界树的原理和方法，提出了矩阵求秩法计算边界树，并结合实例说明其有效性．。
By introducing theories of matrix, this paper presents a calculation method for the rank of the quadratic form in quadratic sum resolution.
引用矩阵的有关理论，给出了平方和分解式中二次型秩数的计算方法。
Full rank decomposition of matrix and triangular decomposition of strongly full rank can well be realized by elementary transformation method of matrix.
通过矩阵的初等变换可实现矩阵的满秩分解和强满秩矩阵的三角分解。
By elementary rank transformations of matrix, a method has been obtained to solve linear diophantine equation with some variables. The method overcomes the deficiency of traditional method.
利用矩阵的初等列变换，给出了求解多元线性不定方程的一种方法，该方法改进了传统方法计算量大、步骤多的缺点。
Low rank approximation to parametric matrix has recently been proven to be an effective method to control the complexity of models.
跨越这一障碍的有效方法之一是采用参数矩阵的低秩逼近，目的是控制模型复杂度。
Low rank approximation to parametric matrix has recently been proven to be an effective method to control the complexity of models.
跨越这一障碍的有效方法之一是采用参数矩阵的低秩逼近，目的是控制模型复杂度。
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