crossover.m

基于 Matlab Simulink 的滤波器仿真(The Band pass and the low pass filter on Matlab)

BRC MATLAB code for BRC.fig BRC, by itself, creates a new BRC or raises the existing singleton*. H = BRC returns the handle to a new BRC or the handle to the existing singleton CALLBACK ,hObject,eventData,handles,...) calls the local function named CALLBACK in BRC.M with the given input arguments.BRC Property , Value ,...) creates a new BRC or raises the existing singleton.Starting from the left, property value pairs are applied to the GUI before BRC_OpeningFcn gets called.An unrecognized property name or invalid value makes property application stop. All inputs are passed to BRC_OpeningFcn via varargin.See GUI Options on GUIDE s Tools menu. Choose "GUI allows only one.instance to run (singleton)".Edit the above text to modify the response to help.Begin initialization code - DO NOT EDIT

说明：  计算加速器频谱，可以显示加速器频谱书面 加速器频谱，可以显示加速器频谱书(Compute accelerator spectrum, the spectrum can show a written accelerator accelerator spectrum, the spectrum can be displayed accelerator book)

说明：  计算序列x=[3 0 2 1 3 4 6] 和y=[3 0 -2 1 -3]的线性卷积(Calculation sequence x = [3 0 2 1 3 4 6] and y = [3 0-2 1-3] the linear convolution)

this is a java in mind of evalise thank you very much

基于样本和主轴核函数的相似度的动态聚类算法程序(based on samples and nuclear spindle function of the similarity dynamic clustering algorithm procedures)

韩宁窗函数插值算法，可以计算多次谐波信号的幅度相位和频率等信息(hanning interpolation)

对数据进行EMD分析时，如果数据不是纯的白噪声,则分析过程中一些尺度将会丢失,出现模态混叠现象。EEMD通过附加均匀分布 在整个时频空间的白噪声，可有效抑制这种现象的发生。(EEMD is insufficient for the EMD method, we propose a noise-assisted data analysis methods. EEMD decomposition principle is: when the additional white noise uniformly distributed throughout the time-frequency space, the time-frequency space is carved up by the filter component of the composition at different scales.-)

fdtd 电磁计算 三维电磁仿真技术 电磁场计算 fdtd 算法(fdtd Em compute em field calculation )

开关磁阻电机的仿真模型，主要涉及是电流斩波控制，里面模型是MATLAB自带(a simulation model of switched reluctance motor，mainly about current chopping control)