搜索资源列表
Algebra
- 基本矩阵运算 : + - *, power, transpose, trace, determinant, minor, matrix of minor, cofactor, matrix of cofactor, adjoint, inverse, gauss, gaussjordan, linear transformation, LU decomposition , Gram-Schmidt process, similarity
dcjzqn
- 在Turbo C环境下开发,实现对称矩阵的输入,并判定是否为正定。可以修改输入模块实现对任意非奇异矩阵求逆。求逆算法采用伴随矩阵法,求解行列式采用化上三角矩阵法。该算法系本人根据《线性代数》描述编写,矩阵的最大阶数可任意修改,更具有通用性。-in Turbo C development environment and achieve symmetric matrix input, and to determine whether the
matrixcalculation
- 线性代数之伴随矩阵计算C语言实现 伴随矩阵定义:把矩阵所有位置上的元素替换为元素的代数余子式,即得原矩阵的伴随矩阵。-linear algebra's adjoint matrix calculation of C language accompanying matrix definition : Matrix put all the elements in place to replace the elements of
fdct_usfft_cpp
- This directory includes matlab interface of the curvelet transform using usfft. Basic functions fdct_usfft.m -- forward curvelet transform afdct_usfft.m -- adjoint curvelet transform ifdct_usfft.m -- inve
Algebra
- 基本矩阵运算 : + - *, power, transpose, trace, determinant, minor, matrix of minor, cofactor, matrix of cofactor, adjoint, inverse, gauss, gaussjordan, linear transformation, LU decomposition , Gram-Schmidt process, similarity
dcjzqn
- 在Turbo C环境下开发,实现对称矩阵的输入,并判定是否为正定。可以修改输入模块实现对任意非奇异矩阵求逆。求逆算法采用伴随矩阵法,求解行列式采用化上三角矩阵法。该算法系本人根据《线性代数》描述编写,矩阵的最大阶数可任意修改,更具有通用性。-in Turbo C development environment and achieve symmetric matrix input, and to determine whether the
matrixcalculation
- 线性代数之伴随矩阵计算C语言实现 伴随矩阵定义:把矩阵所有位置上的元素替换为元素的代数余子式,即得原矩阵的伴随矩阵。-linear algebra's adjoint matrix calculation of C language accompanying matrix definition : Matrix put all the elements in place to replace the elements of
fdct_usfft_cpp
- This directory includes matlab interface of the curvelet transform using usfft. Basic functions fdct_usfft.m -- forward curvelet transform afdct_usfft.m -- adjoint curvelet transform ifdct_usfft.m -- inve
martix
- 矩阵类 矩阵基本运算,伴随矩阵,行列式,转置矩阵 -Matrix Matrix basic computing, adjoint matrix, determinant, transpose matrix
matrix
- 矩阵运算程序 matrix.h 基于TCL Matrix矩阵类,增加了一些使用的运算函数。具体看源程序。 功能分析: 本程序能完成矩阵的输入、输出。具有相同行数和列数的矩阵间的加法、减法、乘法、除法、求逆、求代数余子式、求伴随矩阵、求行列式值、求条件数等运算。符合矩阵乘法规则要求的矩阵间的乘法。方阵间的除法,方阵的求逆。矩阵的求转置矩阵等功能。 文件 TCL Matrix矩阵类.pdf 中介绍了其详细的使用方法。 -
RTmig
- 1) Prerequisites For program compilation, you need to have Intel Fortran Compiler for Linux "ifort", SEPLIB (6.3.12) and Madagascar (0.9.6) installed on your system. 2) Recompilation To recompil
miss
- miss distance simulation.in direct methord and adjoint method
tamc
- 自动生成切线性和伴随模式程序,非常适合4DVAR的初学者-automatically produce the code of TLM and adjoint model
FICT
- 快速脊波逆变换。也称为伴随和伪逆。也成为快速三角波逆变换。-Fast Inverse Curvelet Transform.This is in fact the adjoint, also the pseudo-inverse
cvodes-2_6_0_tar
- 该程序求解常微分方程(ODE),并包括敏感性分析。-solves ODE systems and includes sensitivity analysis capabilities (forward and adjoint).
idas-1_0_0_tar
- 该程序求解微分代数方程(DAE),并包括敏感性分析。-solves DAE systems and includes sensitivity analysis capabilities (forward and adjoint).
adj1
- 基于伴随算子的优化算法,伴随算子作为一个当今优化领域中一个比较有前途的算法,欧美各国都对此作了比较深入的研究,他大大缩短了多参数优化中所需要的时间,可以一次求出所以的下降梯度,求解时间和求解一次流场的时间相当。-Adjoint operator-based optimization algorithm, with the operator as an optimization of today' s one of the more
RS-decoder-circuit-reconfigurability
- 介绍了基于线性反馈位移寄存器的编码原理及可重构改进方法。通过乘法和加法的迭代运算实现了伴随多项式的并行运算。采用改进欧几里德算法求解关键方程,运用钱氏搜索算法实现了错误位置的查找,并提出以上两种算法的可重构计算结构。-Introduced based on linear displacement of the code register feedback principle and reconfigurable improvement
adj
- ADJOINT 方法,做气动优化,可以了解基本过程,适合初学者。-ADJOINT method for aerodynamic optimization. should be helpful for beginners to learn adjoint.
matrix_compute
- 常用矩阵计算的代码,包括矩阵乘法、求逆矩阵、求伴随矩阵、求代数余子式-matrix computing code, including matrix multiply, inverse, adjoint and so on.