搜索资源列表
ARMCSharp
- C#编写的AR(M）趋势预测模型函数，包括AR模型参数值计算，预测函数，还有LDLT计算三角矩阵方程函数-prepared by the AR (M) trend forecasting model function, including the AR model parameter values, the predictive function. There LDLT triangular matrix equation calcul
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。
解方程组1
- 本代码是计算方法课程实验里用LDLT方法解方程组的原代码-the code is calculated courses experiment with LDL equations method for the original code
超定方程解法集合
- 各种超定方程的解法： 包括LDLT分解法、最小二乘法等
解方程组1
- 本代码是计算方法课程实验里用LDLT方法解方程组的原代码-the code is calculated courses experiment with LDL equations method for the original code
ARMCSharp
- C#编写的AR(M）趋势预测模型函数，包括AR模型参数值计算，预测函数，还有LDLT计算三角矩阵方程函数-prepared by the AR (M) trend forecasting model function, including the AR model parameter values, the predictive function. There LDLT triangular matrix equation calcul
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。-LDLT decomposition method using solution pathological equations using iterative refinement method, to solve the residual vector is lost gradually back, so can get mor
LDLT_LEQ_Solve
- 对称正定矩阵LDLT分解算法（带应用示例）。-Symmetric positive definite matrix LDLT decomposition algorithm (with application examples).
Mathematics
- 利用数值分析中LU、LDLT、JACOBI、GAUSS_SEIDEL、RELAXATION各种方法解结构矩阵问题，Visual C#源代码-Numerical analysis of the use of LU, LDLT, JACOBI, GAUSS_SEIDEL, RELAXATION structure matrix method to solve various problems, Visual C# Source code
Matlabjiedianyouhua
- 将潮流计算公式矢量化处理,利用Matlab编写潮流程序,并将Matlab的m文件编译成COM组件,可简单实现 Matlab和其它语言的混合编程。通过简单的函数调用即可完成如稀疏、解方程等一系列数学运算,并可轻易实现相关图形的 绘制。潮流计算中采用AMD算法对修正方程系数矩阵进行节点优化,并采用LDLT算法进行求解,有效地减少了注入元,计 算速度成倍提高。在混合编程的模式下,提高了程序开发速度、程序可靠性、计算效率和保密性。
ldlt[1].cpp
- ldlt 数值求解的c++算法的实现，可应用有限元方程的求解。-ldlt numerical solution of c++ algorithm can be used finite element equations.
2_L_C
- 矩阵LDLT分解与Cholesky分解，使用c语言编写-Matrix LDLT decomposition and Cholesky decomposition, using c language
ldlt
- 计算具有A=L*D*L 形式的Cholesky因式分解，适用于一些特殊矩阵。-Calculated with A = L* D* L ' forms of Cholesky factorization for some special matrices.
2
- 矩阵LDLT分解与Cholesky分解 求矩阵A=（αij）20x20的LDLT分解与Cholesky分解-Matrix LDLT decomposition and Cholesky decomposition Matrix A = (αij) 20x20 of the LDLT decomposition and Cholesky decomposition
LDLTandCholesky
- A=(aij)20×20的LDLT分解与Cholesky分解-A = (aij) 20 × 20 in the LDLT decomposition and Cholesky decomposition
LDLT-factorization
- 改进的Cholesky分解的过程演示，本人原创，测试无误，内含详细注释。 -Cholesky decomposition process improvement presentation, my original test and correct, containing detailed notes.
solve-linear-system-by-LDLT
- 用LDLT分解方法解线性方程组的过程演示，本人原创，测试无误，内含详细注释。 -With LDLT decomposition method to solve linear equations of the process of demonstration, I am the original, the test is correct, containing detailed notes.
the-code-of-LDLT-fenjie
- 可以将矩阵分解为LDLT以便于进行求根运算-a simple code about LDLT
ldlt
- 利用ldlt分解求解系数矩阵为一维存储时的方程组-请键入文字或网站地址，或者上传文档。 取消 Lìyòng ldlt fēnjiě qiújiě xìshù jǔzhèn wéi yī wéi cúnchú shí de fāngchéng zǔSolving equations use ldlt coefficient matrix decomposition when stored as a one-dimensional
LDLT-and-cholesky
- 矩阵的LDLT分解，及cholesky分解，希望对初学者有些帮助-Matrix decomposition LDLT and cholesky