搜索资源列表
computerdisign-C
- 算法的设计方法(C程序):一、迭代法 二、穷举搜索法三、递推法 四、递归五、回溯法 六、贪婪法 -algorithm design method (C program) : 1, 2 iteration, the exhaustive search method three, four recursive method, recursive 5, backtracking 6, greedy algorithm
orthrecurs
- 用递推法产生正交多项式系，即求alpha[j+1]、beta[j] 入口参数：m是数据点数，n是拟合的最高阶数， float x[],float y[]是对应纵横坐标，出口参数：a[] 是最小二乘拟合参数，alpha[]、beta[]是递推系数
3xiangdituiMarcumq
- 用“三项求和法”计算正整数阶MarcumQ函数，其基础是MarcumQ函数的级数表达形式和Clenshaw递推法，主要是结合具体的问题对Clenshaw递推方法进行了推广。
递推的极大似然法辨识程序
- matlab在系统辨识中的应用此处为递推的极大似然法应用的源代码及运行后结果（包括图像）-Matlab system identification in the application of recursive here Maximum Likelihood of the application's source code and running after the results (including images)
F1
- AR谱估计算法的matlab仿真，包括Yule-Walker方法、协方差方法、修正协方差方法和burg递推法等-AR spectral estimation algorithm matlab simulation, including the Yule-Walker method, covariance method, modified covariance method and the recursive law burg
levinsonf
- 信号为两个正弦信号加高斯白噪声，用levinson递推法进行功率谱估计。-Signal for two sinusoidal signal plus Gaussian white noise, with levinson recursive power spectrum estimation method.
Subset
- 这是一个关于用递推法解决求某一个集合的所有的子集。非常适合初学数据结构的同胞阅读。-It is a recursive method used to solve a set for a subset of all. Data structure is very suitable for beginners to read compatriots.
MSLS
- MSLSⅠ多步递推最小二乘法 Msls分三步对系统和噪声模型进行辨识，采用脉冲序列作为辅助系统模型，用计算输出数据；用原输出数据计算,用递推最小二乘方法分别对系统参数和模型参数进行估计。 -MSLS Ⅰ recursive least squares multi-step Msls three steps on the system and noise model identification, the use of pulse sequence as a supplementary s
burgf
- 信号为两个正弦信号加高斯白噪声，用burg递推法对其进行功率谱估计，效果不错。-Signal for two sinusoidal signal plus Gaussian white noise, the recursive method burg its power spectrum estimation, good results.
spectral_estimation
- 平稳随机信号谱估计 使用两种谱估计方法将信号和噪声分离：周期图法谱估计和Levinson-Durbin递推法谱估计。其中每种方法又细分为自编程序和使用matlab自带函数两种。- Random signal model is estimated using two methods of spectrum signal and noise separation: periodogram spectral estimation method and Levinson-Durbin r
lsmd
- 最小二乘递推算法及其matlab实现（计算估计值）-least squares method
dmle
- 递推极大似然法求解系统辨识参数（matlab）-Maximum Likelihood Estimation
Commonalgorithms
- 一些常用的算法设计方法和C++环境下的实现方法。主要包括：迭代法、穷举搜、索法、递推法、递归、回溯法、贪婪法、分治法 -Some commonly used algorithm design methods and C environments are implemented. These mainly include: iterative method, exhaustive search, rope method, recursive method, recursion, backtra
A_class_of_Linear_ODE_WITH_Finite_Recursion
- 求一类常系数线性常微分方程特解的有限递推法-A class of Linear Ordinary Differential Equations with Finite Recursion
fuction
- matlab 最小二乘线性回归 递推法 源码，解决线性回归中的病态方程问题-recursive least squares linear regression method matlab source code, solve the equation of linear regression of pathological problems
FFF12
- AR谱估计算法的matlab仿真，包括Yule-Walker方法、协方差方法、修正协方差方法和burg递推法等-AR spectral estimation algorithm matlab simulation, including the Yule-Walker method, covariance method, modified covariance method and the recursive law burg
KALMAN
- 卡尔曼滤波器PID控制，采用时域递推法，处理信号噪声的平稳随机过程-PID control, Kalman filter, recursive time-domain method to deal with the noise of the stationary random process signals
递推算法
- 在yule-walker方程已建立的基础上，建立的递推算法源程序(Based on Yule-Walker equation, the recursive method established)
analytic
- 系统辨识的一些方法，在线离线，最小二乘，广义最小二乘，递推，夏氏法，辅助变量法，增广矩阵法，等等(Some methods of system identification, online and offline, etc.)
中心差分法
- 运动方程中的速度向量和加速度向量用位移的某种组合来表示，将微分方程组的求解问题转化为代数方程组的求解问题，并在时间区间内求得每个微小时间区间的递推公式，进而求得整个时程的反应。 中心差分法是一种显示的积分法，它基于用有限差分代替位移对时间的求导（即速度和加速度）。(Velocity vectors and acceleration vectors in motion equations are expressed by a combination of displacements. The p