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vbC12
- 用VB实现解常微分方程组 包括定步长四阶龙格-库塔法、自适应变步长的龙格-库塔法、改进的中点法、外推法等-VB solution of ordinary differential equations including fixed step 4-order Runge - Kutta method, adaptive variable step of the Runge - Kutta method to improve the midpoint of the law, such as ex
数值微分和数值积分
- 数值微分和数值积分:Newton-Cotes公式、复化公式和区间逐次半分法、外推法和Romberg积分、自适应Simpson积分法-numerical differentiation and numerical ranking : Newton - Cotes formulas, rehabilitation of formula and a half hours successive interval, extrapolation and Romberg integration, adapti
solution-of-Differential-equation-group
- 提供了4种解常微分方程组的c++代码：定步长四阶龙格-库塔(Runge-Kutta)法(RK4->RKDUMP)； 自适应变步长的龙格-库塔(Runge-Kutta)法(RKQC->ODEINT)； 改进的中点法(MMID)； 外推法(BSSTEP(RZEXTR(有理函数), PZEXTR(多项式))；-provide four kinds of solutions of ordinary differential equations c code : There will be f
five_file
- hws01:野人和传教士问题 hws02:用Romberg外推法求积分近似值 hws03:八数码问题 hws04:模拟退火算法 hws05:遗传算法解决旅行商问题
waituifa
- 用外推法求函数最优区间的程序-use extrapolation method for the optimal function of the interval procedures
extrapolation
- 外推法解微分方程组，并给出实例。外推法首先给丁初始补偿，软件自动决定下一步的步长
valueanalysis
- 数值微分和数值积分:Newton-Cotes公式、复化公式和区间逐次半分法、外推法和Romberg积分、自适应Simpson积分法 [ReMap.rar] - EASYARM2200教学实验平台上的存储器映射 -Numerical Differentiation and Numerical Integration: Newton-Cotes formulas, complex formulas and interval of successive half-hours law, ext
lichaxun
- 理查逊外推法求数值微分，能达到很高的精度。-Richardson extrapolation method for numerical differentiation, to achieve high accuracy.
FDTD3-
- FDTD外推法仿真 利用Fortran编写 带注释-an example code for FDTD simulation
dpf
- 用Java实现的变尺度法 其中梯度计算模块使用理查德外推法求得-Implemented with the Java variable metric method in which the gradient extrapolation calculation module obtained by the use of Richard
012006014825
- 作等距分划，Xi=-5+ih,h=10/n,i=0,1,……,n,并对Runge给出的函数y=1/(1+x2)作Lagrange插值，取n=10,20计算插值多项式Pn(x)在x=4.8处的误差，并作分析 用Romberg外推法计算圆周率Π=∫4/(1+X2)dx,要求绝对误差限小于0.5×10-8-For the equidistant partition, Xi =- 5+ ih, h = 10/n, i = 0,1, ... ..., n, and Runge' s functi
ex3.4.2
- 孙志忠书:偏微分方程数值解，第三章，Crank-Nicolson 外推法-Crank-Nicolson extrapolation for parabolic problem
Opt_Steepest
- 最速下降法、求最优值,用外推法求单谷区间的优化设计提供了依据 -The steepest descent method, beg the most optimal value, use extrapolation ChanGu interval obtained
Complex-trapezoid-formula
- 非常好的用复化梯形公式和外推法求解积分方程的matlab例程，附带报告，详细讲解原理，分析程序与结果，不可多得的报告-Very good with a complex trapezoid formula and extrapolation matlab routines for solving integral equations, with the report gave a detailed theory, analysis procedures and results, the repor
Gradient
- 采用理查森外推法计算标量函数梯度的程序(很容易改写为计算雅克比矩阵)，算例为sin(x)+cos(y)。richarson(fun,x0)中，h是初始步长，j是迭代次数，精度是2*j+2阶。-Scalar function gradient procedures using Richardson extrapolation method, in the function richarson (fun, x0), h is the initial step, j is the number of
three-D-square-cavity-
- 用格子波尔兹曼方法计算三维顶盖驱动流，边界用非平衡外推法-Lattice Boltzmann method to calculate three-dimensional lid-driven flow, the boundary non-equilibrium extrapolation
chonjifenwaitui
- 本算法是重积分外推法，是一种快速的计算重积分的数值方法。-This algorithm is re-integration extrapolation, is a fast re-integration of the numerical calculation method.
LBM_CPU
- 格子波尔兹曼方法，在CPU上的编程实现，边界条件适用非平衡外推法。-Lattice Boltzmann Method on CPU.
Sparse-and-Redundant-Representations
- 这本教科书，介绍了稀疏和多余的申述，对信号和图像处理应用的重点。的理论和数值基础处理前的应用进行了讨论。信号源的数学建模一起讨论如何使用适当的模型，如去噪，恢复，分离，插值和外推法，压缩，采样，分析和合成，检测，识别，多任务。这次报告会是优雅和迷人的。-Sparse and Redundant Representations From Theory to Applications in Signal and Image Processing
richardson外推法
- 高精度算法中的理查德森（richardson）外推法。。(Richardson (Richardson) extrapolation in high accuracy algorithm)