将排课表问题的求解转化为矩阵运算，阐述了矩阵运算的相关算法。
The time-table problem is translated into matrix operation, and the correlative arithmetic is expounded.
还对有限离散的谱系树最优拟合问题，给出一种利用矩阵运算的求解方法。
For the discrete optimal fitting problem, we also give a solving method by matrix computing.
利用神经算法进行矩阵运算的基本原理探讨了在施工力学中应用神经算法的可行性。
To apply the principle of matrixs neural computation, this paper discusses the feasibility to make use of the neural algorithm in construction mechanics.
它是一种动态语言，专门用于数学和科学应用程序，此外，它还具有矩阵运算的巨大优势。
It is a dynamic language specialized for mathematical and scientific applications, and it has strong features within matrix operations.
已往的测量数据处理方法需要编制特定的处理矩阵运算的程序，而且程度复杂，难度大。
The old methods of processing particularly need program to deal with matrix operation, which is complex and difficult.
矩阵运算广泛应用于各类电路计算中，矩阵运算的硬件实现能够充分发挥硬件的速度和并行性。
Matrix operation is widely used in different kinds of circuit calculation. Hardware implementation of matrix operation can fully realize the speed and parallel of the hardware.
采用了面向对象编程技术，向量、矩阵运算的封装技术，结构化存储与复合文档等软件实现技术。
Some software implementation technology is adopted, such as object oriented programming technology, vector matrix encapsulation technology, structured storage and compound file technology, and so on.
运用布尔矩阵运算的方法对确定多输出函数的质蕴涵进行了研究，并通过示例说明了这种方法的运算程序。
By means of Boolean matrix operation method, a study is made of defining the prime implicant of multi output function and the operation routine of the method is illustrated with some examples.
运用布尔矩阵运算的方法对确定多输出函数的质蕴涵进行了研究，并通过示例说明了这种方法的运算程序。
This paper reveals that the methods to identify essential prime implicants of both ESPRESSO and that proposed by S.
设计了一种新的分组密码算法，该算法利用矩阵乘法的扩散作用与专门设计的一种矩阵运算的混乱作用实现对信息的加密。
A new block cipher is designed where the diffusion of matrix multiplication is combined with the confusion of specially designed matrix operation to encrypt information.
Processing隐藏了矩阵运算的复杂性，而提供了一些简单的函数集，它们可以实现有用的图形操作，如缩放和旋转。
Processing hides the complexity of the matrix operations and instead presents a simple set of functions with useful graphical operations such as scaling and rotation.
Processing提供了简化运算的函数，如通过一个函数调用而隐藏在底层的矩阵数学。
Processing provides functions to simplify operations such as these with a single function call, hiding the matrix math that occurs under the covers.
一个矩阵可被映射到另一个矩阵、用某个元素来填充、转置和进行常见的数学运算。
A matrix can be mapped into a matrix, filled with some element, transposed, and subjected to the usual mathematical operations.
最后，jama也不是一个通用的数组类，相反，它主要关注于与矩阵数值计算相关的数学运算。
Finally, JAMA is not a general-purpose array class. Instead, it focuses on the principle mathematical functionality required to do numerical linear algebra.
Scilab提供了简单的矩阵运算（比如乘法），也提供了高级运算库（比如复数多维算法和相关）。
Scilab provides simple matrix operations like multiplication, plus a library of high-level operations like complex multi-dimensional arithmetic and correlation.
对于用c编写代码的项目，Meschach(读作me - shark)提供了例程，用于矩阵和向量的运算。
For projects coded in c, Meschach (pronounced: me-shark) provides routines for operating on matrices and vectors.
我在我的课题中就使用它进行了很多矩阵运算，推荐下载！
I am in my topics on the use of it for a lot of matrix operations and recommend downloading!
本文讨论用导纳矩阵描述多节点运算放大器电路的有用方法。
This paper discusses an useful method by which the multiple nodes circuit composed of the operational amplifier is described using admittance matrix.
推广上述结果，对矩阵基本运算的舍入误差进行了估计。
By generalizing the above results, the paper estimates the rounding error of matrix basic calculation.
优化算法亦采用简单的矩阵运算。
导出了正向和逆向积分的运算矩阵。
Operational matrices for forward and backward integrations have been derived.
这类单元与其他类型的杂交模型相比，精度高且能较好地避免矩阵求逆运算，具有较好的实用性。
Matrix inversion can be avoided, in comparison with conventional hybrid element, the method is more convenient in practical application.
通过实例证明了该语言具有强大的矩阵运算与图形处理能力，是一种简洁易学，功能强大的应用软件。
By experiment proved that MATLAB possesses powerful capability to matrix operation and image processing, it is an application software that simple and easy to study and possesses multiple functions.
本论文主要介绍了矩阵乘法运算的延伸及矩阵在图形变换中的应用；
This paper mainly introduces the tendency of multiply operation of matrix and its application in graph transformation.
使用矩阵运算代替对称分量法的传统序网故障变换，以实现不对称短路故障计算，并给出常见故障对应的参数矩阵。
Calculation formulas are proposed with matrices calculation to deal with unsymmetrical faults and parameter matrices for various faults are listed.
文中通过实例来说明调用MATLAB符号工具箱来进行符号矩阵的运算和利用M ATLAB自身的编辑器来处理数据的方法和优势。
The paper USES an example to explain how to load MATLAB symbolic toolbox to do symbol matrix operation and the advantages of editor of MATLAB for dealing with data.
本文通过对《线性代数》中矩阵概念及运算的形成过程的探讨，给出了一种新颖的关于矩阵概念，运算及应用的教学设计。
In this article, We give a new teaching design about matrix conception and operation and application by probing into the process of matrix conception and operation.
由于不必进行直接的大型矩阵求逆运算，因而与体积分方程的直接解法相比，所需的机时更少，并减少了对内存的要求。
The method requires less computation time and smaller memory than the direct computation of volume integral equations, since the large scale matrix inversion may be avoided.
介绍了对稀疏矩阵进行压缩存储时，稀疏矩阵相乘运算的基本思想和算法。
This paper introduces the basic idea and algorithm of sparse Matrix multiplication by using incompact storage method.
介绍了对稀疏矩阵进行压缩存储时，稀疏矩阵相乘运算的基本思想和算法。
This paper introduces the basic idea and algorithm of sparse Matrix multiplication by using incompact storage method.
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