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gaosisuanfa
- 数值分析中的\"高斯列主元消去法解线代数方程组\"算法的具体实现-numerical analysis of the "main-element Gaussian Elimination Solution Line algebraic equations," a concrete realization algorithm
chazhi
- 数值分析当中的各种插值算法,包括:牛顿插值,三次样条插值,代数插值等等,在工程应用中非常有用!
Algorithm
- c# 数值计算源代码 复数运算 矩阵运算 线性代数方程组的求解 非线性方程与方程组的求解 -c# numerical source code plural computing matrix calculation of linear algebraic equations for solving nonlinear equations with the equations
MATLAB6.0
- 本教程以6.0版为基础,从高等工科院校的数学课程出发,提供了使用MATLAB的实践性指导。本教程以教学的手段,系统详细地介绍了MATLAB在高等数学、数值分析、函数作图、线性代数、概率统计和优化理论中的应用,并配备了大量的例题,让读者能很快掌握MATLAB的运算技巧。-This tutorial to version 6.0, based on engineering colleges from the mathematics curriculum, the use of MATLAB to p
MatLab_gongchengyingyong
- 在矩阵代数,数值计算,数字信号处理,振动理论,神经网络控制动态仿真领域都有广泛的应用。-In the matrix algebra, numerical computing, digital signal processing, vibration theory, the neural network to control the field of dynamic simulation has a wide range of applications.
Matrix_cholesky
- 我这个程序实现了数值线性代数里面的cholesky分解-I realized this process numerical linear algebra inside Cholesky decomposition
numerialanalsyssoft
- 数值分析软件,给正在学习数值计算及线性代数的同学一些帮助-Numerical analysis software, to the numerical calculation are learning and linear algebra to help students
dx_water_source
- 利用GPU做代数运算的Dirext版本; 很有名的GPU编程例子(引自siggraph上的论文):这里使用了图形硬件上的矩阵和向量表达,繁杂的矩阵运算都在GPU上进行。对于想利用GPU做并行数值计算的人一定会有帮助~ -Make use of GPU computing Dirext version of algebra well-known examples of GPU programming (a quote from the siggraph paper): here the
erfenfa
- 数值代数中用二分法求解方程,程序简洁明了,便于读者使用-Dichotomy with numerical solution of algebraic equations, the program concise, easy to readers to use
scipy-0.9.0b1
- SciPy函数库在NumPy库的基础上增加了众多的数学、科学以及工程计算中常用的库函数。例如线性代数、常微分方程数值求解、信号处理、图像处理、稀疏矩阵等等。-SciPy is package of tools for science and engineering for Python. It includes modules for statistics, optimization, integration, linear algebra, Fourier transforms, signal
Finite-Difference-Method
- 有限差分方法(网格法)是最早使用的一种电磁场数 值计算方法。 边值问题 物理思想:场域离散。 (连续区域→网格和节点) 数学基础:差分原理。 (微商→差商) 线性代数方程组 §6-3 有限差分方法 作为数值计算方法,有限差分法将连续场域的问题变换 为离散系统的问题(连续场域划分为若干个细小的区域:网 格和节点)。也就是说通过离散化模型上各离散点的数值解 来逼近连续场域内的真实解。-The finite difference method (grid
shunxugaosixiaoqufa
- 实现数值分析中的顺序高斯消去法,用于解线性代数方程组-Numerical analysis in order Gaussian elimination for the solution of linear algebraic equations
liezhuyuangaosixiaoqufa
- 实现数值分析中的列主元高斯消去法,用于解线性代数方程组-Column in the numerical analysis principal component Gaussian elimination method for solving linear algebraic equations
quanzhuyuangaosixiaoqufa
- 实现数值分析中的全主元消去法,用于解线性代数方程组-Numerical analysis in the whole principal component elimination method for solving linear algebraic equations
gausse
- 数值分析中的线性代数方程组的数值解法gausse消元法的c实现。-Numerical analysis of linear algebraic equations numerical solution gausse of the elimination method c.
blas
- 基础线性代数程序集.是一个应用程序接口(API)标准,用以规范发布基础线性代数操作的数值库数学工具-A high quality "building block" routines for performing basic vector and matrix operations.
gaosi
- 数值代数,高斯消去,LU分解之后解上\下三角.-Numerical algebra, Gaussian elimination, LU decomposition after the Xie upper \ lower triangular.
CG
- 共轭向量法程序,另附相关结果,肯定能用可行,最优化和数值代数的可以参考-Conjugate vector method procedures, attach relevant results certainly feasible
第二章
- 针对徐树方老师的《数值线性代数》课后第二章练习题(According to Xu Shufang teacher "Numerical Linear Algebra" after the second chapter exercises)
第三章
- 针对徐树方老师的《数值线性代数》课后第三章练习题(According to Xu Shufang teacher "Numerical Linear Algebra" after the third chapter exercises)