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CLAPACK3-Windows
- 著名的LAPACK矩阵计算软件包, 是比较新的版本, 一般用到矩阵分解的朋友也许会用到
hyplas
- ************************************************************************ * * * * * THIS IS THE H Y P L A S 2.0 README FILE * * ----------------- * * * * HYPLAS is a finite element program for implicit small and large * * strain analisys of hyperelast
LAPACK_3.1.1_for_Windows.zip
- famous linear algebra library (LAPACK) ports to windows,famous linear algebra library (LAPACK) ports to windows
CLAPACK3.1.1-VS
- lapack的3.1版本，性能稳定，提供了面向VS的函数接口，可方便的应用于Windows操作系统下的Visual Studio开发环境。提供有关矩阵操作的函数库，包含各种常用复杂的矩阵运算。-LAPACK version 3.1, stable performance, provides a function of VS-oriented interface, can be easily used in Windows operating system under the Visual Stu
slicotPC
- Contains the SLICOT Library source files and related example and documentation files for Windows platforms. General information The subroutine library SLICOT provides Fortran 77 implementations of numerical algorithms for computations in sy
lapack_2.5.2
- lapack++的2.5.2版本，是v1.0的再升级版，性能更加的稳定，应用更加灵活，可应用于Windows和Linux等操作系统下的开发环境。提供矩阵类的函数库，包含各种矩阵运算。-lapack++ The 2.5.2 version is the upgrade version v1.0, performance more stable, more flexible applications can be used, such as Windows and Linux operating s
lapack_win32
- lapack_win32，windows下的lapack库-lapack_win32, windows under the lapack library
LAPACKMRRRTest
- This code is MRRR algorithm. I used CLAPACK version 3.1. My environment is Windows XP professional 32bit and Visual Studio 2008. I hope that my code will help to the other programmers for using LAPACK. Thanks
CLAPACK3-Windows
- LAPACK是用Fortran90和规定套路解决系统同步线性方程组，最小二乘解线性方程组，特征值问题，以及奇异值问题。相关的矩阵分解（陆，乔莱斯基，快速反应，分解，舒尔，广义Schur ）也提供了，因为有关的计算，如重新安排的舒尔分解和估计条件号码。致密带状矩阵的处理，而不是一般稀疏矩阵。在所有领域，类似的功能是提供真正的和复杂的矩阵，在单，双精度-LAPACK is written in Fortran90 and provides routines for solving systems o
CLAPACK_dll
- Blas&Lapack Windows 完整DLL，lib以及header，下载即可使用-Blas&Lapack Windows intact package of DLLs，libs and headers，can be used immediately！
sparse
- This a package containing sparse matrix operations like multiplication, addition, Cholesky and LDLT decompositions and so on. I started developing it because I needed a simple, easy to use, efficient library, that did not have any external dependenci