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数值计算_病态线性方程组的求解
- 这是数值分析的一些作业实验,文件中有详细的文档对理论,实验和算法的说明,用于病态方程组求解的源代码-This is the numerical analysis of the experimental operation, the paper detailed documentation of theory, experiment and the algorithm shows that morbid equation for solving the source code
SVD
- % 奇异值分解 (sigular value decomposition,SVD) 是另一种正交矩阵分解法;SVD是最可靠的分解法, % 但是它比QR 分解法要花上近十倍的计算时间。[U,S,V]=svd(A),其中U和V代表二个相互正交矩阵, % 而S代表一对角矩阵。 和QR分解法相同者, 原矩阵A不必为正方矩阵。 % 使用SVD分解法的用途是解最小平方误差法和数据压缩。用svd分解法解线性方程组,在Quke2中就用这个来计算图形信息,性能相当的好。在计算线性方程组时,一些不能分
LDL
- 采用LDLT分解法解病态方程组,采用迭代求精法,将求解中丢失的残向量逐步找回来,这样可以求得更为精确的解。
jaccobi&GS
- jaccobi迭代法和GS迭代法求解线性方程组,并有著名病态对称正定矩阵Hilbert矩阵的生成程序和其不同维数下,求解结果的对比作图-jaccobi iteration and GS iterative method for solving linear equations, and a well-known pathological symmetric positive definite matrix Hilbert matrix formation process and the diff
excellentprocedureorthesolutionofequations
- 一个优秀的解方程组的程序比如超定方程,病态方程。是我在做项目时遗留下来的,上传给大家使用!-An excellent procedure for the solution of equations such as over-determined equation, ill-conditioned equations. Yes I was doing projects left behind, upload for everyone to use!
artificial_fish_algorithm
- 病态方程组的算法研究,人工鱼群算法在求解非线性方程组中的应用-Morbid equation algorithm, artificial fish swarm algorithm for solving nonlinear equations of
LECalculator
- 3.1 线性方程组类设计 3.2 全选主元高斯消去法 3.3 全选主元高斯-约当消去法 3.4 复系数方程组的全选主元高斯消去法 3.5 复系数方程组的全选主元高斯-约当消去法 3.6 求解三对角线方程组的追赶法 3.7 一般带型方程组的求解 3.8 求解对称方程组的分解法 3.9 求解对称正定方程组的平方根法 3.10 求解大型稀疏方程组的全选主元高斯-约当消去法 3.11 求解托伯利兹方程组的列文逊方法 3.12 高斯-赛德尔
CROSSWELL-SEISMIC-SIRT
- SIRT算法程序用于计算大型的、稀疏的、常常是病态的线性方程组-SIRT algorithm program used to calculate the large, sparse, often morbid linear equations
hangchuli
- 求解病态方程组采用行处理的方法,其中一个为常态的行处理,另外一个为引进加速因子的 -Line processing approach for solving ill equations, one for a normal line processing, another for the introduction of the acceleration factor
Linear_solver
- Matlab,线性方程组求解典型算法,含共轭速降法(大规模矩阵),一种正则化方法(处理病态矩阵),含相应算例与user guide-Matlab, solving linear equations typical algorithms the conjugated downhill Act (mass matrix), a regularization method (treatment of morbid matrix) containing the corresponding numeric
primal_dual
- 全变差求解病态线性方程组的算法说明及其Matlab上的实现代码,在反演问题中常常会用到,全变差正则化具有边界识别强的特点,在图像去噪和恢复方面很有价值!-Total Variation solving ill-conditioned linear equations Matlab algorithm descr iption and implementation code on the inverse problem will often be used, total variation reg
1
- 基于高斯赛德尔法的线性方程组解法(可消去系数矩阵病态)。基于牛顿法及改进的牛顿法实现对 非线性方程的求解。-Based Linear Equations high Sisaideer law (coefficient matrix can be eliminated morbid). Realization of nonlinear equations of Newton' s method for solving and improved Newton method is based
OVM
- A Dynamical Tikhonov Regularization for Solving Ill-posed Linear Algebraic Systems.pdf,以上论文提出的求解病态线性方程组的一种较新梯度下降法-A Dynamical Tikhonov Regularization for Solving Ill-posed Linear Algebraic Systems.pdf, more than one paper proposes solving ill-conditi
ill-conditioned system of equations
- 分别用几种经典的数值分析迭代算法求解线性方程组(Solving linear equations by several classical numerical analysis iterative algorithms)
线性方程组计算
- 利用高斯消元法法求解病态矩阵——hilbert 矩阵的线性方程组。通过条件数分析,找出误差较大的原因。再利用 Jacobi 迭代方法、G-S 迭代方法和 SOR 迭代法做了进一步探究。另外,作为要求之外的,还使用共轭梯度法来求解方程以来进行对比,并利用Tikhonov 正则化的方法改善矩阵的条件数,来减小误差。(The Gauss elimination method is used to solve the linear equations of the ill conditioned mat