- 更多网络例句与转置矩阵相关的网络例句 [注：此内容来源于网络，仅供参考]
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Associated with the notion of the transposed matrix is its complex conjugatx known to physicists as the adjoint matrix.
跟转置矩阵记号相联系的是它的复共轭矩阵，物理学家称之为伴矩阵。
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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。
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An orthogonal matrix is an invertible matrix for which the inverse is equal to the transpose.
正交矩阵是可逆矩阵，其逆矩阵等于其转置矩阵。
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Matrix object that is the matrix transpose of the matrix.
对象，该对象是此矩阵的转置矩阵。
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If A is the mxn matrix, then the nxm matrix is called the transpose of A.
如果A是mxn矩阵，那么nxm矩阵为A的转置矩阵。
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Associated with the notion of the transposed matrix is its complex conjugatx known to physicists as the adjoint matric.
跟转置矩阵记号相联系的是它的复共轭矩阵，物理学家称之为伴矩阵。
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During the process of solving power flow, the incremental transmission loss of each node can be easily obtained by means of simply solving the transposed matrix of original n-order matrix.
介绍了一种基于直流潮流的网损微增率新算法直流雅可比矩阵法，该方法以直流潮流为基础，引入虚拟网损负荷变量并构造出带有松弛负荷变量的有功不平衡方程雅的可比矩阵，在解潮流过程中只需求解n阶矩阵的转置矩阵，即可获得各个节点的网损微增率。
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The key problem of this model is to acquire injecting power actual utilization rates. A pseudo load variable to balance network losses and to construct its corresponding Jacobian matrix is introduced. In the solution power flow process, injecting power actual utilization rates of each generation could be easy obtained with solving the n step transposed matrix.
该模型核心是上网电能实际利用率的计算，以直流潮流为基础，引入虚拟网损负荷变量并构造出带有松弛负荷变量的有功不平衡方程雅可比矩阵，一次求解n阶矩阵的转置矩阵，获得各发电机组的上网电能实际利用率。
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the fast transposition algorithm to sparse matrix expressed by triple list is introduced.this algorithm needs to determine the position in the transposed matrix position of the first element which is not equal to zero in the original matrix each row,it uses two arrays as auxiliary space.in order to reduce the auxiliary space which the algorithm needed,an improvement is made through introducing two simple variables.the improved algorithm saves a half auxiliary space compared to the original algorithm at the same time complexity.
摘 要：介绍基于三元组表表示的稀疏矩阵的快速转置算法，此算法在转置前需要先确定原矩阵中各列第一个非零元在转置矩阵中的位置，在此使用2个数组作为辅助空间，为了减少算法所需的辅助空间，通过引入2个简单变量提出一种改进算法。该改进算法在时间复杂度保持不变的情况下，空间复杂度比原算法节省一半。
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Design algorithm for tridiagonal matrix stored in compressed under the matrix transpose.
设计算法求三对角矩阵在压缩存储下的转置矩阵。
- 更多网络解释与转置矩阵相关的网络解释 [注：此内容来源于网络，仅供参考]
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inverse matrix：反矩阵
迹数(trace),也就是对角线数据的总和,转置矩阵(Transpose Matrix),则是将矩阵数据列跟栏对调将横的数据变成直的,反矩阵(Inverse Matrix)它的定义为与目标矩阵相乘可以得到单位矩阵,为一个可逆矩阵.上面的结果用单纯的CV_LU是无解的,
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transposed inverse matrix：转置逆矩阵
transpose 转置 | transposed inverse matrix 转置逆矩阵 | transposed kernel 转置核
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matrix tree theorem：矩阵树定理
矩阵转置方法 matrix transpose method | 矩阵树定理 matrix tree theorem | 矩阵代数图表 matrix-algebra tableau
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matrix, transpose：转置矩阵
matrix, symmetric 对称矩阵 | matrix, transpose 转置矩阵 | matrix, upper-triangular 上三角形矩阵
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matrix, transpose：矩阵转置,矩阵换行,矩阵换列
matrix theorem 矩阵定理 | matrix transpose 矩阵转置,矩阵换行,矩阵换列 | matrix unit 矩阵单元
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transpose matrix：转置矩阵
迹数(trace),也就是对角线数据的总和,转置矩阵(Transpose Matrix),则是将矩阵数据列跟栏对调将横的数据变成直的,反矩阵(Inverse Matrix)它的定义为与目标矩阵相乘可以得到单位矩阵,为一个可逆矩阵.上面的结果用单纯的CV_LU是无解的,
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transposed kernel：转置核心
传输现象 transport phenomenon | 转置核心 transposed kernel | 转置矩阵 transposed matrix
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transposed matrix：转置矩阵
稀疏矩阵 sparse matrix | 转置矩阵 transposed matrix | 链表 linked list
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transverse axis：贯轴;横截轴
transpose of matrix 倒置矩阵;转置矩阵 | transverse axis 贯轴;横截轴 | transverse component 横截分量
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permutability：转置性,可置换性
permmitted transition 容许跃迁 | permutability 转置性,可置换性 | permutation matrix 置换矩阵