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MATLABpro
- 该程序包包含大量的matlab程序,比如Euler解常微分方程、neville插值、newton插值、Taylor解微分方程、改进平方根法、追赶法-The package includes a large number of Matlab program, such as Euler solutions ordinary differential equations, Neville interpolation, Newton interpolation, Taylor Xie differen
平方根函数
- 功能:返回参数x 的平方根值-function : to return to the square root of x parameter values
cholesky323232
- 平均因子分解法,适用于正定矩阵First, let s recall the definition of the Cholesky decomposition: Given a symmetric positive definite square matrix X, the Cholesky decomposition of X is the factorization X=U U, where U is the square root matrix of X, and satisfies:
FormulaProcessor_beta1_CSharp
- 功能说明: 次组件提供的功能有二: 1、解析出数学表达式中的参数 2、计算数学表达式 此组件不但可以解析和计算数学表达式,还提供了一系列的数学基本函数,可应用于表达式中一块处理。提供的数学基本函数有:将值舍入到最接近的整数 rount(x)、向下取整函数 int(x)、向上取整 ceiling(x)、求两个数中最大数的函数 max(a,b)、求两个数中最小数的函数 min(a,b)、幂函数 pow(x,n)、求平方根的函数 sqrt(x)。 下载地址:http
Calculator_code_by_Java
- 用JAVA实现的计算器:采用Eclipse 3.1开发,基于JDK 1.5.可进行+、-、*、/、求余、开平方运算-using the JAVA Calculator : Eclipse 3.1 development, Based on JDK 1.5. may I request for ,-,*,/,, square root computation
改进的平方根法
- 改进的平方根法,比较简单的,用VC实现的-improvements to the square root law, a simple comparison with the VC
MPSKMQAMmudulation.rar
- 本程序用于完成BPSK、QPSK、pi/4QPSK、OQPSK、8PSK、16QAM、32QAM、64QAM和128QAM的调制仿真。并可任意扩展到MPSK和MQAM。程序分成四个部分,fir.m对基带码元序列进行脉冲成型,可选矩形脉冲,升余弦脉冲和平方根升余弦脉冲; modal.m 为主程序,完成岁各种信号的基带星座图映射、脉冲成型和调制;pi4QPSK.m 为pi/4QPSK信号的星座图映射程序;test1.m给出一个简单的频谱显示测试。,This procedure for the com
shuzhijisuan.rar
- 数值计算方法的程序: 加速迭代 牛顿迭代 Gauss 杜里特尔分解法 克洛特 追赶法 平方根法 改进平方根法 雅可比迭代 高斯 赛德尔迭代 拉格朗日插值法 分段线性插值 分段抛物线插值,Numerical method of procedure: to accelerate the iterative Gauss-Newton iterative decomposition method克洛特Ritter Duri law to catch up with the sq
ComplexNumberCalculator
- 这是一个简单实用的复数计算器程序。界面和使用方法与Windows附带的计算器类似。可进行复数的加减乘除四则运算,取共轭运算,开平方运算,可以进行连续计算。-This is a simple and practical procedures for plural calculator. Interface and the use of methods and Windows comes with a similar calculator. Can be plural calculation 4 c
New
- 利用平方根法(Cholesky法)求超定方程组的最小二乘解-Use the square root method (Cholesky method) for over-determined least squares solution of equations
pingfanggenfa
- 用matlab算法实现的平方根算法 用于数值分析中平方根发求解线性方程-Matlab algorithm using the square root algorithm for the numerical analysis of the square root of hair for solving linear equations
C++3
- 杜里特尔分解法.c改进平方根法.c拉格朗日插值法.cpp牛顿迭代.cpp梯形法积分.cpp追赶法.c 杜里特尔分解法.c改进平方根法.c拉格朗日插值法.cpp牛顿迭代.cpp梯形法积分.cpp追赶法.c-Duri Ritter decomposition. C to improve the square root law. C Lagrange interpolation method. Cpp Newton iteration. Cpp trapezoidal integrat
SolvingEquations
- 使用:Gauss消元,列主元Gauss消元,平方根法(对称阵),改进的平方根法 解著名的病态矩阵Hilbert矩阵为系数的方程-Use: Gauss elimination, Gauss out PCA elimination, the square root law (symmetric matrix), the square root method for improved well-known pathological matrix for the coefficient matrix
cordic
- cordic methods describe essentially the same algorithm that with suitably chosen inputs can be used to calculate a whole range of scientific functions including sin, cos, tan, arctan, arcsin, arccos, sinh, cosh, tanh, arctanh, log, exp, square root a
MPSKTransmissonwithGausNoise
- 本程序用于完成BPSK、QPSK、8PSK的调制仿真。并可任意扩展到MPSK和MQAM。程序分成三个部分:phase.m对基带码元序列进行脉冲成型,可选矩形脉冲,升余弦脉冲和平方根升余弦脉冲; model.m 为主程序,完成各种信号的基带星座图映射、脉冲成型和调制; command.m给出一个简单的频谱显示测试。-This procedure for the completion of BPSK, QPSK, 8PSK modulation simulation. Arbitrary and m
Chapter_55
- 平方根升余弦脉冲 平方根升余弦脉冲 平方根升余弦脉冲 平方根升余弦脉冲-Square Root Raised Cosine Square Root Raised Cosine pulse Pulse Pulse square root raised cosine square root raised cosine square root raised cosine pulse Pulse Pulse square root raised cosine square root raised cos
Fast-inverse-square-root
- 快速求平方根的倒数的书籍,算法的介绍与详解-Fast inverse square root of books, and Detailed algorithm descr iption
Square-root
- 这是一个简单的,通过移位操作,得到数字平方根的算法。已在vc6.0++上实验成功-This is a simple shift operation, figure the square root algorithm. Successful experiment in vc6.0++
square-root-method
- 平方根算法与先进改进平方根算法的matlab程序代码-Square root algorithm and improved algorithm of square root advanced matlab code
square root raised cosine impulse response
- square root raised cosine impulse response