1) special matrix operation
矩阵特殊运算
1.
To determine the explicit form of integrands,the formulation of element matrices of high-order NMM is derived by using the special matrix operations including Kronecker product,Hadamard product and vectorization,resulting in a convenience of the.
采用Kronecker积、Hadamard积和拉直等矩阵特殊运算进行高阶流形单元分析,使得单元矩阵的推导过程简单且被积函数易表示为多项式形式。
2.
Based on the special matrix operations including Kronecker product, Hadamard product and vectorization, the integration of monomial integrand on simplex domain is expressed in matrix form and a recursive formula for the simplex integration is presented.
基于Kronecker积、Hadamard积和拉直等矩阵特殊运算,将单项式函数在单纯形上的积分表示为矩阵形式,提出了单纯形积分的递推公式。
2) particular matrix operation
特殊矩阵运算
3) special matrix
特殊矩阵
1.
In this paper, we give some notes of AA*=A*A= (detA)E which is a basic formula in studying matrix in proving solution of linearized equations, special matrix and so on through examples.
文章通过示例对矩阵公式AA*=A*A=(detA)E在求解线性方程组和特殊矩阵等方面的应用给出了几点注记。
2.
The special matrix refers to the matrix whose elements are special in the numerical value or in the property.
特殊矩阵是指矩阵元素在数值或其具有的性质上有特性的矩阵。
4) special matrices
特殊矩阵
1.
Finally, using another identity of 2Φ 0 , the numbers of some special matrices over F q are also obtained.
本文由有限域上交错矩阵方程ＸＫ２υＸ′＝０的解数公式得到ｑ超几何级数２Φ０的一个基本恒等式，并且用它能直接把一些特殊矩阵的这类方程的解数由函数２Φ０表出。
2.
The existence of solution for the linear complementarity problem is related with special matrices.
线性互补问题解的存在性,唯一性和各种实用算法都与特殊矩阵密切相关。
5) special symplectic matrix
特殊辛矩阵
6) matrix operation
矩阵运算
1.
A Method to Find the Transitive Closure of A Relation by Common Matrix Operation;
一种利用普通矩阵运算求传递闭包的方法
2.
The Realize of Matrix Operation Based on FPGA;
基于FPGA的矩阵运算实现
补充资料：不定积分的运算法则
又称为“不定积分的性质”，包含如下两个性质：
（1）设函数f(x)的原函数存在，k是常数，k≠0，则
∫kf(x)dx=k∫f(x)dx
（2）设f(x),g(x)是两个可积分的函数，则
∫[f(x)+g(x)]dx=∫f(x)dx+∫g(x)dx
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条