unitary matrix

unitary matrix的基本解释

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[计] 单位矩阵

与unitary matrix相关的网络例句 [注：此内容来源于网络，仅供参考]

Based on definition of orthogonal counterbalance, authors definite the unitary counterbalance of matrix and prove the unitary counterbalance properties of unitary symmetric matrix and it s mother matrix, obtain some results as the Moore-Penrose inverses of unitary symmetric matrices are unitary counterbalance if unitary symmetric matrices are unitary counterbalance .

从矩阵正交相抵的概念出发，给出了矩阵酉相抵的概念，证明了酉对称矩阵与母矩阵之间的酉相抵性，得到了酉相抵矩阵的Moore Penrose逆等一些新的结论。

Therefore, in order to offer reference to readers, the paper systematically expound and prove the eigenvalue of special matrix that base on idempotent matrix, antiidempotent matrix, involutory matrix, anntiinvolutory matrix, nilpotent matrix, orthogonal matrix, polynomial matrix, the shape of , matrix, diagonal matrix, invertidle matrix, adjoint matrix, similar matrix, transposed matrix, numerical matrix, companion matrix, and practicality and superiority of the achievement was showed by some examples.

为此本文系统地阐述幂等矩阵，反幂等矩阵，对合矩阵，反对合矩阵，幂零矩阵，正交矩阵，多项式矩阵，形为：，矩阵，对角矩阵，可逆矩阵，伴随矩阵，相似矩阵，转置矩阵，友矩阵一系列特殊矩阵的特征值问题并加以证明，并通过一些具体例子展示所得成果的实用性和优越性。

In this paper, firstly, not only the incidence matrix ,adjacent matrix, cycle matrix, cut-set matrix of an undirected graph are summarized, but also the close contact between a graph and its corresponding matrix are discussed ; secondly, many problems of a graph which are solved by analysing its matrix are listed as follows:1、The co-tree set of a graph is obtained by using its cycle-matrix ; 2、The branches of its spanning tree are given by using its cut-set matrix ; 3、By making use of the incidence matrix of a graph ,not only its vertex cut 、cut vertex 、isolated point and spanning tree can be obtained ,but also the two sides which are whether parallel or not can be judged ;4、By using their adjacent matrix ,the two graphes which are whether isomorphous or not can be judged; once more, there is a detailed introduction in view of special graph (for example: bigaritite graph ,regular graph and so on);last but not least, a graph method of calculating the N power of a matrix is given and the practical applications of the theorem for degree is indicated.

本文首先综述了无向图的关联矩阵，邻接矩阵，圈矩阵，割集矩阵以及图和它对应矩阵之间的关系；其次总结出了利用上述各类矩阵可以解决的图的若干问题：1、利用图的圈矩阵可以求其连枝集；2、利用图的割集矩阵可以求其生成树的树枝；3、利用图的关联矩阵不仅可以求其割点、点割集、连通度、孤立点和生成树，而且可以判断两条边是否平行；4、利用图的邻接矩阵可以判断两个图是否同构；再次，针对特殊图（例如：二分图、正则图等等）的邻接矩阵作了详细介绍；最后，得到了利用图计算矩阵的N次幂的方法，指出度数定理的实际应用。

与unitary matrix相关的网络解释 [注：此内容来源于网络，仅供参考]

unitary matrix：么正矩阵

前面所说的逻辑元件,每一个都可以用一个么正矩阵 (unitary matrix) 来代表. 因此所谓的「量子计算」就是将系统的同调态做么正转换. 当位元 数目增加后,我们就可用它来模拟任何量子系统;甚至,包含系统与环境的 交互作用.

unitary matrix：正矩阵

美国国家标准局的量子计算 前面所说的逻辑元件,每一个都可以用一个么正矩阵 (unitary matrix) 来代表. 因此所谓的「量子计算」就是将系统的同调态做么正转换. 当位元数目增加后,我们就可用它来模拟任何量子系统;甚至,包含系统与环境的交互作用.

unitary matrix：酉矩阵

unitary invariant 酉不变量 | unitary matrix 酉矩阵 | unitary modular group 特殊酉群

unitary matrix：幺正矩阵

unitary group 幺正群 | unitary matrix 幺正矩阵 | unitary operator 幺正算符

Structured unitary matrix：结构酉矩阵

统一市场进程:Course of Unitary Market | 结构酉矩阵:Structured unitary matrix | 水体:Water System