Specifing Value Overcoming Difficulty& On Whole Teaching of Advanced Algebra 明确价值潜心攻难&关于《高等代数》整体教学的研究
Discontinuous Characteristic Boundary Value Problems for Hyperbolic Equations in Commutative Quaternion Algebra 交换四元数代数中一类双曲型方程的间断特征边值
Laplace and Fourier transforms and dislocation density functions are employed to reduce the mixed boundary value problem to Cauchy singular integral equations, and further to algebra equations in Laplace transform domain, which are solved numerically. 通过引进Laplace变换和Fourier变换及位错密度函数,将问题首先转化为Cauchy奇异积分方程,进而转化为代数方程进行数值求解。
The Riemann-Hilbert Boundary Value Problem for a First Order Hyperbolic Equation in Commutative Quaternion Algebra 可换四元数代数中一类一阶双曲方程的Riemann-Hilbert边值问题
Using the recurrence formula for computing focal value, in this paper we obtain the focal value formula for a class of the Poincare equation with the aid of computer algebra tool. The center conditions are also given. 本文根据计算焦点量的一类递推公式和Poincare对称原理,以计算机代数为工具,得到了一类Poincare方程的焦点量公式,并给出了原点为中心的条件。
Using A from the complete limited measurement space A to create fuzzy, which is a blur numerical value measurement in algebra, the author puts forward blur, which is a dissimilarity measurement in algebra. 给出全有限测度空间(X,,μ)中生成的模糊σ-代数上的模糊数值测度,模糊σ-代数上的不相似度量。
The FEM is a method of which transform the partial differential-coefficient equation's initial and boundary value issue to ordinary differential-coefficient equation's initial and boundary value problem ( after space disperse) or a set of regular algebra equation. 有限元法在数学上是将偏微分方程的初边值问题划归一组常微分方程的初值问题(在空间离散化之后)或一组规则代数方程。
On Neumann boundary value problem for hypercomplex functions with value in a Clifford algebra Clifford代数上超复函数的Neumann问题
In this paper, the Riemann-Hilbert boundary value problem for a class of first order hyperbolic equation in commutative quaternion algebra is considered, and the general solutions and the solvable conditions of the problem in different cases are obtained. 讨论了可换四元数代数中一类一阶双曲方程的Riemann-Hilbert边值问题.获得了其解的一般形式,以及在不同情况下Riemann-Hilbert边值问题的可解条件。
Since Hong introduces the Singular Value ( SV) algebra into Image Recognition in 1991, the SV vector as excellent pattern feature has been widely studied and applied. 自从Hong于1991年把奇异值(SV)代数引入图像识别中以来,奇异值作为良好的模式特征得到了广泛的研究和应用。
The singular value decomposition plays a very important role in matrix theory and numerical linear algebra, especially in the study of generalized inverses of matrices. 奇异值分解在矩阵理论中有着极其重要的作用,尤其是在广义逆理论的研究中。
Based on the random factor method ( RFM), the computational expressions for the mean value and mean variance of the structural displacement response and stress responses are developed by the algebra method. 基于随机因子法,利用代数综合法推导出结构位移和应力响应的均值、方差的计算表达式。
In this paper, we introduce the characteristics and generative value of the test base management system of higher algebra. 介绍了高等代数抽题系统的特点及推广价值。
The numeric value was adopted to calculate the algebra equation group, then the displacement, strain and stress field of the structure were obtained. 采用数值计算求解代数方程组,从而获得整个结构的位移场、应变场、应力场数据。
Referring the method of choosing the standard value of loads in service phase, the standard value of live loads during construction is suggested. Compared the actuality of the structure of th Using AFS algebra and AFS structure, any human ordinary fuzzy concept can be represented. 参照结构正常使用阶段荷载标准值的取法,给出了钢筋混凝土结构施工活荷载标准值的建议。
The analysis and comparison of the parallel genetic algorithm and the traditional genetic algorithm on the total value, fitness, running time in the condition of different machines, processes and the maximum genetic algebra is carried out. 主要研究了并行遗传算法和传统遗传算法在不同的机器数、进程数和最大遗传代数条件下,对装载物品的总价值、适应度、运行时间进行分析比较。
Singular value decomposition ( SVD) is a very important matrix decomposition technique, and a dimension reduction method in linear algebra. 奇异值分解(SVD)是线性代数中一种重要的矩阵分解技术,一种对数据进行降维处理的方法。
Hence, non-classical logical algebra, non-classical logic system and corresponding with linguistic truth value logical algebra and algebraic logic system of truth which is expressed by natural language need to be studied, all of these are very important meaningful for intelligent information processing. 对此,需要研究非经典逻辑代数与非经典代数逻辑,以及相应的用语言表示真值的语言真值逻辑代数与语言真值代数逻辑,这对智能信息处理的发展具有十分重要的意义。