搜索资源列表
Numerical-Calculation-in-C-language
- 数值计算中经典方法的C语言通用程序。包含LU分解法，复化辛普森法，改进欧拉法，拉格朗日插值法，列主元素法，牛顿迭代法，最小二乘法拟合和四阶龙格-库塔法，支持文件读写。-The code is the classic method of numerical calculation of the C language common procedures. Including LU decomposition, re-oriented Simpson method, Improved Euler me
1111
- 两种插值法求插值误差。拉格朗日插值和牛顿插值。-Both Method of Interpolation for the interpolation error. Lagrange interpolation and Newton interpolation
Calculation-methods-
- 计算方法程序 包括高斯消去法，牛顿插值，三次样条插值，Jacobi和高斯赛德尔迭代等-Calculation methods and procedures, including the Gaussian elimination method, Newton interpolation, cubic spline interpolation, Jacobi and Gauss-seidel iteration
math
- 矩阵的LDLT分解，cholosky分解，雅克比，高斯方法解方程组，牛顿插值，三次样条插值 ，自己编写的程序，运行无误-LDLT decomposition matrix, the programs that run correctly
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- 10个重要的算法C语言实现源代码：拉格朗日，牛顿插值，高斯，龙贝格，牛顿迭代，牛顿-科特斯，雅克比，秦九昭，幂法，高斯塞德尔-10 of the algorithm C language source code: Lagrange, Newton interpolation, Gaussian, Romberg, Newton iteration, Newton- Cortez, Jacques, Qinjiu Zhao, power law, high Si Se Del
VC_numerical_analysis
- 本人写的关于数值分析的源码，使用VC6.0开发，对于学习数值分析的朋友会有很大帮助。主要有：牛顿法、二分法、改进欧拉、高斯赛德尔迭代、高斯消去法、拉格朗日插值、龙贝格算法、龙格库塔、牛顿插值、雅可比迭代、约当消去法。-I write about the numerical analysis of the source code, using VC6.0 development, and friends will be very helpful for learning numerical ana
chazhi
- matlab插值法、牛顿法、高斯消元法，主要用于matlab的程序调用-mainly be usd with matlab
predict-USAs-popultion-in-2020
- 根据已知数据 运用三次样条插值法 有理数插值法 拉格朗日插值法 高斯牛顿法 拟合预测2020年美国人口 -According to the known data using cubic spline interpolation rational interpolation Lagrange interpolation Gauss-Newton fitting to predict the U.S. population in 2020
1695281916
- matlab程序 黄金分割算法牛顿法 抛物线插值法-matlab program golden section algorithm parabolic interpolation method, Newton method
matlab_12codes_original
- 压缩包里包括：离散傅里叶变换、Zernike多项式各项的图形表示、洛伦兹曲线、TM模数值模拟、牛顿后向插值法、特征值求解、求解速率方程、小波函数增加水印、Q开关分析等等。-Compressed bundle includes: the discrete Fourier transform, Zernike polynomials each graphical representation of the Lorenz curve, the TM mode numerical simulation,
One-dimensional-optimization_matlab
- 自己编写的一维搜索优化算法，包括黄金分割法、平分发、牛顿迭代法、抛物线法、三次插值法-I have written a one-dimensional search optimization algorithms, including the golden section method, flat distribution, Newton iteration, parabolic, cubic interpolation
Newton_int
- 数值分析计算程序例子，牛顿基本插值法，注意如果插值次数n过高会产生龙格效应导致误差过大。-Numerical analysis program example, Newton interpolation, pay attention to the interpolation times n Runge effects lead to too high will produce error is too large.
Numerical-solutions-for-Matlab
- matlab常用数值计算，包括牛顿迭代，拉格朗日插值法，牛顿差值，高斯消元，三角分解法，追赶法等。-matlab numerical calculations, including Newton iteration, Lagrange interpolation, Newton difference, Gaussian elimination, triangular decomposition, and catch up with the law.
Data_Interpolation
- 用于数据的插值运算，包括牛顿插值和拉格朗日插值法-For data interpolation, Newton interpolation and Lagrange interpolation
OneDimension
- 优化设计一维搜索matlab程序，包括单峰区间确定、黄金分割法、牛顿法、插值法、成功失败法-One-dimensional search optimization design matlab procedures, including single-peak interval to determine, golden section method, Newton method, interpolation, success or failure Law
cz
- AE反距离IDW、克里金Krige插值.txt I显示方法.c www.pudn.com.txt 三对角线追赶法.C 三样条插值函数算法，还包括其他的比如hermite等算法，很全.txt 二分法.c 分段线性插值.c 列主元元素消元.C 利用反距离平方加权插值算法建立规则格网在大数据量离散点数据的情况下，.txt 反距离加权插值，貌似不好用IDWUtil.java 埃特肯.c 复合梯形法.c 复合辛普森.c 弦割法.c 操作复数的类Com
20131107
- 欧拉法 高斯消元 高斯列主消元 高斯赛得尔法 拉格朗日 牛顿-拉夫森 牛顿插值 龙贝格 复合梯形 三对角消元 四阶龙格库塔-eulode、GaussNaive GaussPivot GaussSeidel Lagrange Newtmullt Newtint romberg trap Tridiag rk4sys
cla
- 追赶法求解矩阵；牛顿插值函数，三次样条插值函数仿真龙格库塔现象；二分法求解根与牛顿迭代，弦割法，简单迭代法的程序-Section three order spline interpolation function Newton interpolation Iterative method
Homework0305
- 由以下方法求极值：(1)黄金分割法求极值 (2)使用平分法求极值(3)使用成功-失败法求极值(4)牛顿法求极值(5)使用三点二次插值法求极值(6)使用三次插值法求极值 -Extremum by the following methods: (1) golden section method for extreme (2) using bisection method for extreme (3) the use of success- failure method for extrem
diedai
- 数值分析，利用牛顿法、插值法、二分法、弦截法、史蒂芬森法求取非线性方程的根，运行时可选择任一方法进行求解方程，验证后完全可行-Numerical analysis, using Newton' s method, interpolation, dichotomy, Secant Method, Stephenson law to strike roots of nonlinear equations, you can choose any of the methods for solvin