Beam2D2Node

Symbol Timing Tracking Using Early-Late Techniques by matlab(Symbol Timing Tracking Using Early-Late T echniques by Matlab)

说明：  用MATLAB的GUI对SIMULINK的仿真进行调用，并且对仿真参数进行更改(Simulation by SIMULINK with MATLAB GUI on call, and change the simulation parameters)

说明：  这是关于层次分析法、聚类分析、主成分分析的源代码(This is about the level of analysis, cluster analysis, principal component analysis of the source code)

以NACA0012 翼型为研究对象，采用拉格朗日法分析了重力对水滴撞击特性的影响，获得了过冷大水滴(SLD)撞击特性。(The influence of gravity on the droplet impingement property were analyzed with the Lagrangian method, and the supercooled large droplet (SLD) impingement property has been gotten based on the research of NACA0012 airfoil)

说明：  copula函数拟合出来后，通过计算各类copula函数的aic值，找到最佳的copula二元分布模型(Calculating AIC values of different Copula Functions)

周期图法估计平稳随机信号功率谱的MATLAB实现 周期图法估计平稳随机信号功率谱的MATLAB实现(Periodogram method to estimate the power spectrum of the stationary random signal MATLAB implementation)

Windows系统下在Matlab软件上实现的改进的支持向量机算法，有数据和各个函数的M文件(Improved support vector machine algorithm implemented in the Matlab software in the Windows system, the data and function M-files)

说明：  名称:work111 大小: 9KB 完成时间:Wed Aug 17 16:30:23 2005 基于SIMULINK的模糊控制系统仿真程序 (name : work111 Size : File completion : Mon Aug 17 16:30:23 2005 Simulation of Fuzzy Control System Simulation Program)

GUI用户界面，通过输入缝宽、双缝间距、电子个数等参数，演示出电子双缝衍射的规律。要求： （1）由用户任意输入可调参数的界面； （2）根据电子双缝衍射的规律，得到不同入射电子数目时的衍射图像和动态演示动画； （4）模拟出观察屏上的电子双缝衍射的强度分布图样。 (GUI user interface by entering the slit width, double-slit spacing, number of parameters, to demonstrate the electronic double-slit diffraction law. Requirements: (1) any input by the user interface of adjustable parameters (2) According to the law of electronic double-slit diffraction, get a different number of incident electron diffraction images and dynamic animation (4) simulate the viewing screen on the electronic double-slit diffraction intensity distribution pattern.)

对图像进行模糊C均值算法聚类的一个源程序，可以学习一下算法。(The image fuzzy C-means clustering algorithm, a source, can learn about algorithms.)