▍1. FFTfenxixiangweicha
这是利用FFT分析相位差的程序,具有一定的参考价值!(This is done using FFT analysis phase of the program, has a certain reference value!)
这是利用FFT分析相位差的程序,具有一定的参考价值!(This is done using FFT analysis phase of the program, has a certain reference value!)
通过不精确的ALM算法,解析出张量矩阵中的低秩部分和稀疏部分。(via the Inexact ALM method will solve the programming.)
计算流体力学安德森第七章练习作业,附源程序。。(CFD Anderson Chapter VII practice operations, with source code. .)
同伦算法解非线性方程组,构造不动点问题,并从不同的初始点出发运行程序。(To solve nonlinear equations with homotopy algorithm,constructing a fixed foint progrem.and from the different starting point to run the program. )
H无穷大优化算法代码,用于计算固定阶数的控制器参数优化(HIFOO- A MATLAB package for fixed-order controller design and H-infinity optimization)
求解二阶变系数常微分方程,主要用于涡激振动中频率响应的计算(Solving second-order ordinary differential equations with variable coefficients)
求解二阶变系数常微分方程,主要用于涡激振动中频率响应的计算(Solving second-order ordinary differential equations with variable coefficients)
基于Laguerre多项式的拟合程序,可以控制多项式的结束,以及变量alpha。(Based on Laguerre polynomial fitting procedure, you can control the end of polynomials, and variable alpha.)
基于Laguerre多项式的拟合程序,可以控制多项式的结束,以及变量alpha。(Based on Laguerre polynomial fitting procedure, you can control the end of polynomials, and variable alpha.)
数值分析非线性方程求解(五种方法)。分析牛顿法、割线法、对分法、Steffensen法、简易牛顿法解线性方程组的性质(Numerical analysis of nonlinear equations (five methods). Nature of the analysis of Newton, secant, bisection method, Steffensen method, simple Newton method for solving linear equations)
几个使用的解线性方程组的程序,包括高斯消去法,高斯列主元法,高斯——赛德尔消去法。简明实用。(Gauss elimaination, Gauss_seidel ellimination)
几个使用的解线性方程组的程序,包括高斯消去法,高斯列主元法,高斯——赛德尔消去法。简明实用。(Gauss elimaination, Gauss_seidel ellimination)