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几种数值代数中求解线性方程组的方法，包括雅克比，G-S，超松弛等,Several numerical linear algebra to solve equations, including Jacobi, GS, such as over-relaxation
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In numerical linear algebra, the Gauss–Seidel method, also known as the Liebmann method or the method of successive displacement, is an iterative method used to solve a linear system of equations. It is named after the German mathematicians Carl Frie
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是一个多重网格的算法程序 用于解决大型线性代数方程组-Is a multi-grid algorithm is used to solve large linear algebraic equations
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The Gauss鈥揝eidel method is a technique used to solve a linear system of equations.
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实现多元线性回归方程自变量的选择及系数的求解，获得显著性拟合方程-The realization of multiple linear regression equations to solve significant
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该程序是针对稀疏矩阵而编制的，主要是一个稀疏矩阵类的实现，其中采用十字链表法对矩阵进行存储。该矩阵类能够完成矩阵操作和运算的大部分功能，重点是矩阵的LU分解和线性代数方程组的求解计算。-The program is prepared for the sparse matrix, and is primarily a kind of realization of sparse matrix, in which the use of cross linked matrix storage metho
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几种数值代数中求解线性方程组的方法，包括平方根法，列选主元，全选主元等-Several numerical linear algebra to solve equations, including the square root law, the election out PCA, PCA, etc. Select All
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卡尔曼于1960年提出了离散系统线性滤波的递推求解方法即卡尔曼滤波算法。该滤波算法是基于线性最小平方法的、进行有效递推计算的一组数学方程式,算法功能强大,支持对过去、现在和将来状态的估算。-Kalman in 1960 proposed a linear discrete-time systems to solve recursive filtering methods for the Kalman filter. The filtering algorithm is based on the
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非线性代数方程的求解的Mathematica的代码，割弦法，可以解决任意的代数方程，代码清晰，方便用户修改代码，使之成为自己的东西。-Non-linear algebraic equations of the Mathematica code, cutting chord method, can solve any algebraic equation, the code clear, user-friendly modify the code, making our own things.
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本文从理论上推导出了
如何使用迭代方法解联立方程组, 在计算精度范围内严格地给出了泊松分布下的线性多
重回归的求解, 并且也解决了“ 面积亏损” 的问题-This paper theoretically out how to use the iterative method for solving simultaneous equations, in the context of strict accuracy of the Poisson distribution is given u
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Matrix Master, This program will solve a linear system of equations.
To execute program goto URL garyssite.com
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VB解方程组，可以解二元一次方程组，三元一次方程组。-VB solutions of equations, can solve the dual linear equation group, ternary linear equation group.
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Toro的一维浅水程序采用waf+hll， 模拟圆形溃坝-Program name: HW-WAFI
File name: hw_wafi.f
Purpose:
To solve the time-dependent non-linear one dimensional shallow water equations with geometric source terms due to cylindrical symmetry by the Weighted Average F
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Toro的slic方法的一维浅水程序，蚕蛹muscl重构-Program name: HW-SLIC
File name: hw_slic.f
Purpose:
To solve the time-dependent non-linear one dimensional shallow water equations by the SLIC method. The method involves a MUSCL reconstruction of the data, time
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Toro的waf加hll求解器的一位非线性浅水程序-Program name: HW-WAFH
File name: hw_wafh.f
Purpose:
To solve the time-dependent one dimensional non-linear shallow water equations by The Weighted Average Flux (WAF) Method using the HLL approximate Riemann solver,
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做浅水计算的都知道TORO什么概念， 这是他老先生的muscl-hancock加h-Program name: HW-MUSH
File name: hw_mush.f
Purpose:
To solve the time-dependent non-linear one dimensional shallow water equations by the MUSCL-Hancock method in conjunction with the HLL approximate
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这是Toro老先生的带干湿界面的精确解，请好好研究-Program name: HW-EXARP
File name: hw_exarp.f
Purpose:
To solve exactly the general Riemann problem for the non-linear one-dimensional shallow water equations for wet and dry bed conditions
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这是Toro的rcm方法求解非线性浅水方程的精确解， 请结合他的两本书看-Program name: HW-RCM
File name: hw_rcm.f
Purpose:
To solve the time-dependent non-linear one dimensional shallow water equations by the Random Choice Method (RCM) on a non-staggered grid, with van der Cor
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包括线性、非线性代数方程组的求解、矩阵运算、数值积分、常微分方程组的求解等内容。-Including linear, nonlinear algebraic equations to solve, matrix operations, numerical integration, solving ordinary differential equations and so on.
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In numerical linear algebra, the Gauss–Seidel method, also known as the Liebmann method or the method of successive displacement, is an iterative method used to solve a linear system of equations. It is named after the German mathematicians Carl Frie
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