资源列表
Kuhn_Munkres
- 自己写的基于matlab的二分图最优匹配求解问题的解决小程序(A small program for solving the optimal matching problem of two points based on MATLAB)
计算物理-实验代码
- Fortran用于数值计算的常规程序，包括样条插值，二分法等一系列程序(Fortran routine program for numerical calculation)
最小二乘法
- 最小二乘法、与Excel拟合几乎一致、可以达到20次方(The least square method is almost consistent with the Excel fitting and can reach 20 times.)
lapack-3.8.0
- 进行数值计算的著名软件，LAPACK包含了求解科学与工程计算中最常见的数值线性代数问题，如求解线性方程组、线性最小二乘问题、特征值问题和奇异值问题等。(LAPACK is written in Fortran 90 and provides routines for solving systems of simultaneous linear equations, least-squares solutions of linear systems of equations, eigenvalue
Interleave-Division-Multiple-Access-master
- interleave division multiple access
zanwen
- 用于进行电力系统的暂态稳定计算的基本算法和程序仿真(Basic algorithm and program simulation for transient stability calculation of power system)
多项式
- 多项式实验报告帮助新手了解链表，学会链表的简单应用(Chain table experimental reports help novice to understand the list and learn the simple application of the list)
FrameTransfer
- 地心惯性系转换为不同地固系代码，Fortran语言版本，带有工程，可调试(Conversion of geocentric inertial system to different solid system code)
非参数估计SO2浓度
- 用5种非参数方法：线性样条、B样条、N-W核估计、最近邻估计、局部多项式对某地SO2浓度数据进行拟合。(5 non parametric methods: linear spline, B spline, N-W kernel estimation, nearest neighbor estimation, and local polynomial are used to fit the SO2 concentration data in a certain area.)
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
解方线性方程组
- 通过高斯消元法求解解线性方程组，使用动态内存分配(system of linear equations)
decode_encode
- 使用Python实现DES加解密，并与MD5和异或运算(Python implementation of DES encryption and decryption)